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SCHWARZBECK Product List

Reliant EMC - Schwarzbeck Product List October 1 2014 Schwarzbeck Price List

Schwarzbeck

Mess-Elektronik

 

Antenna Holders / Baluns
VHA 9103 B
Holder / Balun without telescopic dipole elements (for use with Biconical BBA 9106, BBAL 9136, BBAK 9137, BBVK 9138)
HFBA 9122
HF-VHF Broadband balun / holder (0.1) 0.15 – 300 (500) MHz especially to measure very high field strength. BBAL 9136, BBA 9106, BBAK 9137, BBVU 9135 or BBUK 9139 biconical elements required.
VHBA 9123
Antenna Holder / Balun for Bicon. Broad Band Antenna (e.g. BBA), 50 / 200 W, (better antenna factor below 50 MHz, also EMV application 100 W
VHBB 9124
Antenna holder / balun 50:200 Ohm , high symmetry, 25-300 MHz, 10 W for BBA, BBAL, BBAK, BBVK
VHBC 9133
Antenna holder / balun 50:200 Ohm, 1 kW, for biconical or collapsible elements (BBA, BBAL, BBFA, Triangle, FBAA, FBAB)
VHBD 9134
High power antenna holder / balun 50:200, 2.5 kW, 20-200 MHz for biconical or collapsible elements BBFA 9146, N-connector
Opt. 7/16
Option: 7/16 connector
VHBD 9134-4
4 kW high power antenna holder / balun 50:200 W, 20-200 MHz for BBAL 9136 or BBFA 9146, 7/16-female connector.
UBAA 9114
Broadband Balun/Holder 4:1, 30-1000 MHz, 5 W, low loss, BBVU, BBUK, BAOC or BBOC elem. required
UBAA 9115
Broadband Balun/Holder 4:1, 30-1000 MHz, 5 W, extremely high symmetry, BBVU, BBUK, BAOC or BBOC elem. required
Biconical elements
BBA 9106
Biconical Elements, 30-300 MHz, requires VHA 9103 B, VHBC, VHBB or VHBA
BBAL 9136
Biconical Elements, 20-200 MHz, requires VHA 9103 B, VHBC, VHBB or VHBA
BBAK 9137
Biconical Elements, 45-450 MHz broad band, requires VHA 9103, VHBB or VHBA
BBVK 9138
Biconical Elements, 60-600 MHz broad band, requires VHA 9103, VHBB  or VHBA
BBVU 9135
Biconical Elements, (30)100-1000 MHz (like VUBA), for UBAA 9114/9115
BBUK 9139
Biconical Elements, 160-1200 MHz broad band (like UBA), for UBAA 9114/9115
Collapsible or open Biconical Elements
BBAE 9179
Foldable elements for immunity for automotive applications, optimized for 1 m measurement distance, max. diameter 150 cm, 20-220 MHz suitable for: VHBC 9133, VHBD 9134, VHBD 9134-4. Some “aluns may need a mechanical modification!
Holder Short
Plastic holders to be fixed at a high power balun e.g. VHBA 9123, VHBC 9133, VHBD 9134, VHBD 9134-4. BBAE 9179 elements have 2 pins. The HOLDER SHORT accept the second pin and absorb the torque caused by BBAE 9179 in horizontal Polarization.
BBFA 9146
Large collapsible aluminum Elements with extensions up to 4 m
FBAB 9177
Collapsible Biconical Elements 30 – 300 MHz (instead of BBA)
FBAL 9178
Large Collapsible Biconical Elements 20 – 200 MHz (instead of BBAL)
BAOC 9216
Open Conical Elements, 160-1200 MHz broad band, for UBAA 9114/9115
BBOC 9217
Open Conical Elements, (30)100-1000 MHz broad band, for UBAA 9114/9115
Logarithmic Periodic Broadband Antennas
UHALP 9108 A
Log.-Periodic Antenna, alum. Tubing, 250 – 2400 MHz, low loss, 1 kW power
VUSLP 9111-1000
Log.-Per. Antenna, aluminum tubing, 1000 – 3000 (4000) MHz, low loss, 1 kW.
VUSLP 9111-400
Log.-Periodic Antenna, alum. Tubing, 400 – 3000 (4000) MHz, low loss, 1 kW .
VUSLP 9111
Log.-Periodic Antenna, alum. Tubing, 200 – 2300 (4000) MHz, low loss, 1 kW power
VUSLP 9111B
Log.-Periodic Antenna, alum. Tubing, (180) 200 – 3000 (4000) MHz, low loss, 1 kW power
VUSLP 9111E
Log.-Per. Antenna, aluminum tubing, 1 kW power, 70 (65)-3000 (4000) MHz. Recommended adapter: KG 9201. EN 61000-4-3
VULP 9118 A
Log.-Per. Antenna, aluminum tubing, 1 kW power, 180 -1500 (2000) MHz
VULP 9118 B
Log.-Per. Antenna, aluminum tubing,  1 kW power, 160-1500 (2000) MHz
VULP 9118 C
Log.-Per. Antenna, aluminum tubing,  1 kW power, 100-1400 (2000) MHz
VULP 9118 D
Log.-Per. Antenna, aluminum tubing,  1 kW power, (80) 95 -1500 (1800) MHz
VULP 9118 E
Log.-Per. Antenna, aluminum tubing, 1 kW power, 75 (50)-1500 MHz.
VULP 9118 E High Power
Log.-Per. Antenna, aluminum tubing, high power, 7/16-connector, 75 (50)-1500 MHz.
VULP 9118 F
Log.-Per. Antenna, aluminum tubing, end discs, 1 kW power, 55 -1800 MHz
VULP 9118 G
Log.-Per. Antenna, aluminum tubing, end discs, 1 kW power, 45 -1500 MHz
VULP 9118 D/E/F/G Special
Nearly identical gain as VULP 9118 D/E/F/G but with reduced width. Extra charge added to the basic model. Special = folded longest elements
VULP 9118 H
Log.-Per. Antenna, aluminum tubing, 1 kW power, (26) 30 – 1500 (1800) MHz, N- connector gain 6 dBi, VSWR<3, width 5.2 m, length 4.8 m, weight 35 kg.
Opt. WP
Option: Grey coating and sealing for outdoor use
USLP 9142
UHF – SHF Log. – Per. Antenna, 0.7 – 5 (8) GHz
USLP 9143
UHF – SHF Log. – Per. Antenna, (0.25) 0.3 – 7 (8) GHz
USLP 9143 B
UHF – SHF Log. – Per. Antenna, (0.18) 0.2 – 7 (8) GHz
ESLP 9145
UHF – EHF Log. – Per. Antenna, (0.7) 1- 18 (20) GHz, N-connector
XSLP 9142
Dual Polarized UHF-SHF Log.-Per. Antenna, 800 MHz – 3(5) GHz, 50 W
XSLP 9143
Dual Polarized UHF-SHF Log.-Per. Antenna, 300 MHz – 3(5.5) GHz, 50 W
Stacked Logarithmic Periodic Broadband Antennas
STLP 9128 C
Stacked double Log.-Per. Antenna, type gain: 9 dBi, alum. Tubing,  high power, (150) 200 – 1500 (4000) MHz, N-connector 1 kW
Opt. 7/16
Option: with 7/16-connector 3 kW
Opt. 13-30
Option: with 13-30-connector limited to 2500 MHz but higher power up to 8 kW including adapter similar to AA 9202
STLP 9128 D
Stacked double Log.-Per. Antenna, type gain: 9 dBi, alum. Tubing, high power, 80 -3000 (4000) MHz, N-connector, fastlinks for quick removal of the rear parts of the antenna. Recommended Adapter: AA 9209
Opt. 7/16
Option: with 7/16-connector 3 kW
STLP 9128 D Special
Like STLP 9128 D but with folded longest elements and smaller structure angle, fastlinks. Antenna diameter < 150 cm. Recommended Adapter: AA 9209
Opt. 7/16
Option: with 7/16-connector 3 kW
STLP 9128 E
Stacked double Log.-Per. Antenna, type gain: 9 dBi, alum. Tubing, high power, (65) 80 -1500 (3000) MHz, N-connector 1 kW, fastlinks for quick removal of the rear parts of the antenna. Recommended Adapter: AA 9209
Opt. 7/16
Option: with 7/16-connector 3 kW
STLP 9128 E Special
Like STLP 9128 E but with folded longest elements and smaller structure angle. Antenna diameter < 150 cm. Fastlinks for quick removal of the rear parts of the antenna. Recommended Adapter: AA 9209
Opt. 7/16
Option: with 7/16-connector 3 kW
STLP 9148
Stacked double Log.-Per. Antenna, type gain: 9 dBi (0.7) 1 – 18 (20) GHz, N- connector
STLP 9149
Stacked double Log.-Per. Antenna for IEC 61000-4-3 type gain 10.3 dBi, (0,6) 0,7 – 9 (10,5) GHz, N-connector female.
STLP 100-500
Stacked double Log.-Per. Antenna, type Gain: 11 dBi, alum. Tubing, high power, (75) 100 – 500 (550) MHz, 13/30 (f)-connector 5 kW, dimensions: 166x178x402 cm, 52 kg
Biconic Logarithmic Periodic Antennas (Hybrid)
VULB 9160
TRILOG Super Broadband test Antenna, (25) 30 – 1000 (1700) MHz, 10 W
VULB 9161
TRILOG Super Broadband test Antenna, 30 – 1000 (2000) MHz, 1 kW
VULB 9161 SE
TRILOG Super Broadband test Antenna, 30 – 1000 (2000) MHz, 1 kW with short Triangle elements, diameter < 150 cm
VULB 9162
TRILOG Broadband Antenna 30 MHz – 7 GHz, 100 W, diameter < 150 cm
VULB 9163
TRILOG Super Broadband test Antenna, (25) 30 – 3000 (4000) MHz, 100 W (200 W)
VULB 9168
TRILOG Super Broadband Test Antenna, (25) 30-1000 (2000) MHz, 10 W, reduced width, diameter < 1.5 m.
Opt. Triext.
Option for VULB 9163, VULB 9161, VULB 9161 SE: angled Triangle Extensions to increase the gain by type 6 dB below 70 MHz.
Biconical Antennas
SBA 9113 B
Small Biconical Antenna 80 MHz – 3 GHz for harmonics measurements according To IEC61000-4-3.
SBA 9113
Small biconical microwave antenna 0.5 – 3 GHz, 20 W. CIS/A/648/CDV CISPR 16-1-4 Site evaluation above 1 GHz
SBA 9112
Small biconical microwave antenna (1) 3 – 18 GHz, 10 W including transport case. CIS/A/648/CDV CISPR 16-1-4 Site evaluation above 1 GHz
SBA 9119
Small biconical microwave antenna 1 – 6 GHz, 20 W. CIS/A/648/CDV CISPR 16-1-4 Site evaluation above 1 GHz including transport case.
UBA 9116
Biconical UHF broad band antenna (160) 300 -1000 (1100) MHz
VUBA 9117
Biconical VHF-UHF broad band antenna (30) 150 -1000 MHz
Dipoles
VHA 9103
VHF Half-Wave Dipole with 2 sets of telescopic elements, 30-300 MHz
UHA 9105
Tunable UHF – Half – Wave Dipole, 300 – 1000 MHz w. telescopic elements
UHA 9125 C
Tunable UHF – Half – Wave Dipole with EMI – Balun, 0.75 – 2 GHz with 4 sets of elements, LE  = 180, 140, 100, 80 mm including transport case.
UHA 9125 D
Tunable UHF – Half – Wave Dipole with EMI – Balun, 1.0 – 3 (4) GHz with 6 sets of elements, LE  = 140, 114, 90, 72, 60, 48 mm, including transport case.
Precision Dipoles
VHAP
VHF Precision Dipole 30-300 MHz, 2 sets of telescopic elements (mostly required in pairs) CISPR 16-1-5.
UHAP
UHF Precision Dipole 300-1000 MHz (VHAP & UHAP mostly required in pairs) CISPR 16-1-5
CCA
Carrying and storing case for 2 x VHAP or 2 x UHAP, cases for other antennas also available.
VHAPA
Calibration adapter for VHAP Precision Dipoles
UHAPA
Calibration adapter for UHAP Precision Dipoles
Monitoring & drive testing antennas
ILS Dipole
Linear polarized half-wave dipole with 1:1 balun and fixed element length for field strength measurements at instrument landing systems (ILS) 108 – 118 MHz and 320 – 340 MHz.
CCA ILS
Transport and storage case made of aluminum for ILS Dipole
FT 01 S
FM broadcast and TV bands antenna, detachable, 47 – 860 (1000) MHz, high directivity
FT 01 UKW
Additional elements for enhanced FM broadcast directivity
RSH 2342
Omni directional horizontally polarized UHF antenna 170 – 350 MHz.
RSH 4786
Omni directional horizontally polarized UHF antenna (350) 470 – 860 (1050) MHz for outside use.
RS 16
Vertical polarized microwave biconical antenna (0,5) 1 – 6 (8,5) GHz with omni directional H-plane pattern.
RE 1790
Vertical polarized VHF- UHF biconical antenna (170) 230 – 1000 (1100) MHz with omni directional H-plane pattern.
RE 4590
Vertical polarized VHF- UHF biconical antenna (330) 450 – 1000 (1100) MHz with omni directional H-plane pattern.
RS 0460
Vertically polarized symmetrical biconical antenna 0,4 – 6 GHz, Omni directional in the H-plane.
CCA RS 0460
Transport case for RS 0460.
Broadband Horn Antennas
BBHA 9120 A
Broad-Band Horn Antenna (0.8) 1 – 5 (10) GHz, N-connector
BBHA 9120 B
Broad-Band Horn Antenna 1 – 10 GHz, N-connector
BBHA 9120 C
Broad-Band Horn Antenna 2 – 18 (20) GHz, SMA connector
BBHA 9120 D
Broad-Band Horn Antenna (0,8) 1 – 18 GHz, N-connector
BBHA 9120 E
Broad-Band Horn Antenna 0.5 – 6 GHz, N-connector
BBHA 9120 F
Broad-Band Horn Antenna 0.2 – 2 GHz, N-connector
Opt. 7/16
Option: with 7/16-connector 3 kW
BBHA 9120 F Opt. 1 m
Very short telescopic tube to be inserted into the steel foot of AM 9144 to set BBHA 9120 F to a height of 1 m referring to the antenna center in both polarizations.
BBHA 9120 G
Broad-Band Horn Antenna 0.4 – 2.8 GHz, 7/16-connector
BBHA 9120 LF
Broad-Band Horn Antenna 0.7 – 6 GHz, N-connector
BBHA 9170
Broad-Band Horn Antenna 15 – 26.5 (40) GHz, SMA compatible connector
HA 9250-24
Pyramidal standard gain horn Antenna, 2 – 4 GHz, 7/16-connector, 20 dBi, optimized for far field gain.
HA 9250-48
Pyramidal standard gain horn Antenna, 4 – 8 GHz, 7/16-connector, 20 dBi, optimized for far field gain.
HA 9251-12
Pyramidal standard gain horn Antenna, 1-2 GHz, 7/16-connector, far field gain 19-22 dBi, optimized for 1 m gain.
HA 9251-24
Pyramidal standard gain horn Antenna, 2 – 4 GHz, 7/16-connector, 18 dBi, optimized for the gain in 1 m distance.
HA 9251-48
Pyramidal standard gain horn Antenna, 4 – 8 GHz, 7/16-connector, 19 dBi, optimized for the gain in 1 m distance.
HWRD750
Double ridged horn antenna 7.5-18 GHz with waveguide flange WRD750. Gain 16-21 dBi, 1 kW, especially to generate very high field strengths.
Dual polarized horn antennas
CTIA 0710
CTIA horn antenna, dual polarized, 0,7-10 GHz, type 30 dB cross polar rejection, antenna with reduced size for OTA measurements. Antenna without 22 mm tube!
Opt. CTIA tube 22 mm
Option for CTIA 0710: 22 mm tube with indexing ring.
BBHX 9120 E
Dual polarized Broad-Band Horn Antenna 0.4 – 10 GHz, N-connectors
BBHX 9120 LF
Dual polarized Broad-Band Horn Antenna (0.8) 1 – 8 (10.5) GHz, N-connectors
Standard Gain Antennas
SGA
Standard Gain Antennas, type 9.8 dBi gain, 60° pattern, accurately calibrated (2 half-wave dipoles in front of a l x l reflector, design frequencies approx. 400-2800 MHz.
Standard Gain Antennas
SGA…
Standard Gain Antennas, type 9.8 dBi gain, 60° pattern, accurately calibrated (2 half-wave dipoles in front of a l x l reflector, design frequencies approx. 400-2800 MHz.
Active Antennas
VAMP 9243
Vertical active rod antenna, 9 kHz – 30 MHz, BNC, reduced noise floor, with mounting nut for AM 9144 and rechargeable battery.
Opt. GP
Option: Aluminum Ground plane, 0.6 x 0.6 m
Opt. ACS 410
Option: Charger ACS 410
Opt. Divider
Option 20 dB plug in divider to measure high field strength
Opt. CA 9243
Calibration Adapter for VAMP 9243
Opt. MIL461F bonding kit
Bonding kit for VAMP 9243 according MIL-STD-461F consisting of a BNC cable double shielded ca. 70 cm, with braid current blocking ferrite in the center, elbow aluminum angle with BNC bulkhead adapter.
EFS 9218
Active Electric Field Probe with Biconical Elements, 9 kHz – 300 MHz, 12 µV/m – 65 V/m, antenna factor switchable 46 dB/m or 20 dB/m, high symmetry, built in rechargeable battery
Opt. ACS 410
Option: Automatic charger ACS 410 for EFS 9218
EFS 9219
Active antenna holder, high sensitivity (1 µV/m … 3 V/m), 9 kHz-30 MHz, BBUK 9139 biconical elements required.
Opt. Tube
Option: Isolating tube with braid chokes for EFS 9219
Opt. ACS 410
Option: Automatic charger Ansmann ACS 410 for EFS 9219
Field probes
FSH3D
Isotropic H-Field Antenna for the Rohde under Schwarz hand held spectrum analyzer FSH or the TS-EMF System 9 kHz – 200 (300) MHz. Light weight low attenuation radom, outer diameter ca. 150 mm. The selection of the active loop and the power supply for the antenna is provided by the included short cable that can directly be connected to the R&S FSH.
FSHPH
Passive H-Field probe for hand held spectrum analyzers to measure large magnetic fields to analyze health effects of non-ionizing radiation according to standards like BGV-B11, ICNIRP, IEEE C95.1, FCC 96-236.
FSHPE
Passive E-field probe for hand held spectrum analyzers to measure large electric fields to analyze health effects of non-ionizing radiation according to standards like BGV-B11, ICNIRP, IEEE C95.1, FCC 96-236.
Automotive antennas
NMHA 5L
Nissan and Renault antenna set to test immunity against handy transmitters according to Nissan specification 28401NDS02 [5] and RENAULT 36-00-808/L 2010 (combined set) consisting of normal mode helical antennas, dipoles counterpoise and transport case (see extra list)
VW TL 82166 2009-05 Antenna Set
Antenna set according to Volkswagen Specification VW TL 82166:2009-05 section 7.3 “antenna set for mobile radio testing using mobile portable radio units inside the vehicle.” The set consists of: NMHA 26.5, NMHA 27.5, NMHA 28.5, NMHA 29.5, NMHA 71, NMHA 77, NMHA 83.75, NMHA 151, NMHA 166, SBA 9113 mini version total length of the balun LH=20 cm without the small original biconical elements, 420 NJ, Spacer 50, VW metal case large with short 22 mm tube, VW metal case small with short 22 mm tube, MSS 9630, AD Nm BNCf, AD Nm Nm Case for all parts CCA VW.
420 NJ
Elements for radiated immunity caused by handy transmitters with SBA 9113 or SBA 9113 mini version for the Ford standard RI115.
Opt. Spacer 50
Spacer made of Polystyrene to set the 420 NJ test distance to 50 mm.
WAND0918
Wireless Immunity “Wand” Antenna according to Dell Specification „SYSTEM IMMUNITY TO WIRELESS GSM TEST REQUIREMENT” 800 MHz -2 GHz.
RS 9244
Radiating source for CISPR/D/391/CD (CIS/D/386/CD, CIS/D/388A/CC), consisting of a 500 mm brass rod with 4 mm diameter and 2 aluminum angles with N-connectors.
Passive Rod Antenna
VPMP 9241
Monopole according to  CISPR/D/391/CD (CIS/D/386/CD, CIS/D/388A/CC), passive, 2 N-connectors, element fixture for rod, rod,  aluminum housing and ground plane.
Opt. TLD 9241
Top loading disc for VPMP 9241 diameter < 12 cm.
VPMP 9242
Vertical passive rod antenna, 10 – 40 MHz, possible rods: FBAB 9177, FBAL 9178, BBA 9106, BBAL 9136 (have to be ordered extra)
Opt. GP
Option: Aluminum ground plane 0.6 x 0.6 m
Helical antennas
HLX 0810- LHCP
Helical antenna 800 – 1000 MHz, left circular polarization., gain 11 dBc, 22 mm tube, N-jack.
HLX 0810- RHCP
Helical antenna 800 – 1000 MHz, right circular polarization., gain 11 dBc, 22 mm tube, N-jack.
CLSA 0110L
Conical Log Spiral Antenna 1-10 GHz, type gain 2 dBi, N-connector, left threaded.
CLSA 0110R
Conical Log Spiral Antenna 1-10 GHz, type gain 2 dBi, N-connector, right threaded.
Passive Magnetic Antennas, TX-Loop Antennas
HFRA 5148
Circular transmitting loop antenna diam. 180 mm, 1 turn
HFRA 5149
Circular transmitting loop antenna 9 kHz – 30 MHz, diam. 500 mm including 50 Ohm 20 Watt termination, N-connectors.
HFRA 5152
Circular transmitting loop antenna diam. 250 mm, DC-3 MHz
HFRA 5153
Circular transmitting loop antenna diam. 180 mm, 0-20 (30) MHz, 5 W
HFRA 5154
Circular transmitting loop antenna diam. 100 mm, 0.1 – 30 MHz, Transformer 50 Ohm, 0.5 W
HFRA 5155
Circular Transmitting VHF – UHF loop antenna, diam. 50 mm,
HFRA 5156
Circular Transmitting Loop Antenna diam. 50 mm, 0-5 MHz, 2 W, 10 turns
HFRA 5157
Circular Transmitting Loop Antenna diam. 50 mm, 0-20(30) MHz, 3 W, 2 turns
HFRA 5158
Circular Transmitting Loop Antenna diam. 180 mm, 0-2 MHz, 5 W, 10 turns
HFRA 5159
Circular Transmitting Loop Antenna diam. 250 mm, 0-400 kHz, 5 W
HFRA 5170
Cal. Loop 3 W, diam. 100 mm, 0-30 MHz, 1 turn, 250 Ohm
HFRA SF02G
Tunable resonant magnetic loop antenna to generate extremely high magnetic fields in the range 10 kHz to 30 MHz according to VG95373-13:2008-11 and VG95373-23:2008-11. Including sensor loop HFRAE 5163 under control cable.
Passive Magnetic Antennas, RX-Loop Antennas
HFRAE 5160
Receiving VHF – UHF loop antenna, diam. 50 mm, 2-300 MHz, transformer
HFRAE 5161
HF RX Loop, diam. 100 mm, 70 k-120 MHz, 1 turn, transformer
HFRAE 5162
VLF-HF RX Loop, diam. 250 mm, 50 k-30 MHz, 1 turn, transformer
HFRAE 5163
Passive magnetic loop antenna 9 kHz – 300 MHz, 1 turn, transformer, diam. 50 mm
CISPR 15 3-dimensional loop Antenna Van Veen
HXYZ 9170
3-dimensional large loop antenna, diam. 2 m, according EN 55015 / CISPR 15, Socket and Coaxial switch recommended
Socket for HXYZ 9170
Socket and mounting equipment for large loop HXYZ 9170
Coaxial Switch for HXYZ 9170
3 in one coaxial switch for manual / remote operation including cable set (3 BNC cables with braid current blockers) for large loop HXYZ 9170
HFCD 9171
Calibration Balun / Dipole for HXYZ 9170 (recommended accessory: AM 9144)
CDA 9271
Adapter to hold HFCD 9171 on AM 9144, 3/8’’ female large camera thread.
Active Loop Antennas / Magnetic Field Probes
FMZB 1513
Active loop antenna, 9 kHz to 30 MHz, constant antenna factor 20 dB/m with built in NiMH batteries, detachable glass fiber handle 180 mm. Optimized for mobility.
Opt. ACS 110
Option: Charger ACS 110 for FMZB 1513.
Opt. 500 mm Handle
Option for FMZB 1513: Additional glass fiber handle of 500 mm length.
CCA 1513
Transport case for FMZB 1513 and accessories.
FMZB 1519
Active magnetic loop antenna according to CISPR 16, 9 kHz to 30 MHz, constant antenna factor 20 dB/m, built in rechargeable battery, including charger for 230V
HMDA 1545
Hand held magnetic field meter, LCD, acoustic field strength indication with tone generator, 9 kHz- 50 (80) MHz, 200µA/m … 1 A/m, 6 x Type AA NiMH.
Opt. ACS 410
Option: ACS 410 charger for HMDA 1545
HFS 1546
Active magnetic Field Probe with shielded 50-mm-Loop, 150 kHz – 400 MHz
Opt. ACS 110
Option: ACS 110 charger for HFS 1546
FMZB 1512
Active magnetic loop antenna with 15 cm loop diameter for mobile applications with built in rechargeable batteries, 9 kHz to 30 MHz, antenna factor adjustable.
Opt. ACS 110
Option: ACS 110 charger for FMZB 1512
Helmholtz coils, electro magnets
MagTest System
Schwarzbeck Software to test Immunity against magnetic fields and to calibrate monitoring loops. Fulfills standards like MIL-461 E, ISO 11452-8, EN 61000-4-8,  SAE J551-17 and others. Control of all required devices via GPIB.
SHUNT 9570
Low inductive precision high power shunt 0.25 and 1 Ohm 2 kW or 0.5 Ohm 1 kW respectively for best load matching at lower frequency end, cooling fans.
HHS 5201-6
Helmholtz Coils circular up to 2860 A/m 5 MHz for DuT size 45 mm.
HHS 5201-98
Helmholtz Coils circular up to 64 kA/m 200 kHz for DuT size 45 mm.
HHS 5203-20
Helmholtz Coils, circular, diam. 300 mm, 330 A/m for Calibration or Immunity
HHS 5204
Helmholtz Coils for Calibration purposes, circular, diam. 420 mm, 5 turns f. 60 A/m
HHS 5204-12
Helmholtz Coils, circular, diam. 400 mm, 2500 A/m 500 kHz MIL-STD 461E
HHS 5204-36
Helmholtz Coils, circular, diam. 400 mm, 2500 A/m 150 kHz MIL-STD 461E
HHS 5206-16
Circular pair of Helmholtz coils, diameter 600 mm, up to 2100 A/m, max. current 55 A.
HHS 5210
Helmholtz Coils up to 300 A/m constant H field, 1 m x 1 m, 10 turns per coil, EN 61000-4-8, VDE 0847 part 4-8
HHS 5210-100
Helmholtz Coils up to 2183 A/m constant H field, 1 m x 1 m, 100 turns per coil, EN 61000-4-8, VDE 0847 part 4-8
HHS 5212
Helmholtz Coils up to 250 A/m H field, 1.20m x 1.20 m, 10 turns.
HHS 5213-50
Helmholtz Coils 1.25 m x 1.25 m, 50 turns per coil, according EN 55103-2 A.2.1.b)
HHS 5213-100
Helmholtz Coils 1.29 m x 1.29 m, 100 turns per coil.
HHS 5215
Helmholtz Coils up to 200 A/m constant H field, 1,5 m x 1,5 m, 10 turns per coil
HHS 5215-100
Helmholtz Coils up to 2000 A/m constant H field, 1,5 m x 1,5 m, 100 turns per coil
HHS 5218
Helmholtz Coils up to 126 A/m constant H field, 1,8 m x 1,8 m, 10 turns per coil
HHS 5230-100
Pair of Helmholtz coils according to SAE J551-17: 2 square coils with a side length of 3 m, 100 turns, max. 650 A/m, each coil movable separately on a wheeled platform.
NFCN 9731-100
Matching network for HHS 5230-100 for the following frequencies: 16,666 Hz; 50 Hz; 60 Hz; 150 Hz; 180 Hz. Recommended amplifiers: 2 units of AE Techron 7224.
AGEM 5520
Air gap electromagnet for extreme high magnetic field strengths of up to 2.2 Tesla.
FESP 5132
Radiating loop diam. 12 cm, 20 turns, DC to 250 kHz, max 15 A, 2x Banana jack 4mm, ISO 11452-8, MIL-STD 461E p. 108, EN 55103 5.18.3.2
Opt. LoopHolder50
Calibration fixture to hold FESP 5134-40 in FESP 5132 in a distance of 50 mm according MIL461E figure RS101-3.
FESP 5134-40
Loop Sensor / Antenna, diam. 4 cm, 51 turns, 5 Hz to 250 kHz, electrostatic shielding, BNC jack.
FESP 5133
Loop Sensor / Antenna, 36 turns in 4 layers, diam. 133 mm, EN 55103-1 A.2.b), EN 55103-2 A.4.1 0 – 200 kHz, banana plugs (standard) or BNC connector female.
FESP 5133-7/41
Circular shielded loop sensor to determine the magnetic field strength 5 Hz – 250 kHz. 36 turns AWG 7/41, diameter 133 mm, distance gauge 7 cm included. MIL 461E RE101 or RS101 alternative test procedures.
FESP 5133
1330
Circular radiating loop for extremely high field strength up to several mT, 225 turns, according SF 01 G, VG95377.
FESP 5135
Radiating coil diam. 0.5 m, 20 turns in one layer, according EN 55103-2 A.3.1
RSAL 5340
LF 3-dimensional magnetic rolling stock antenna for the lower frequency range according to CLC/TS 50238-3:2010. 10 kHz to 100 kHz.
RSAH 5324
3-dimensional magnetic rolling stock antenna for the higher frequency range according to CLC/TS 50238-3:2010. 100 kHz to 1.3 MHz.
RSA COVER
Dirt and weather protection cover to house the rolling stock antennas RSAL 5340 or RSAH 5324 and to fix the antenna to the rail track.
Antenna Masts / Tripods / Adapters
AM 9104
Detachable Antenna Mast System (glass-fiber tubing) for VHF-UHF Antennas, manual height scanning 0.4 m to 4 m, insulated mast and antenna box with  0°/90° detents, zinc-plated / stainless steel 3-leg mast foot.
Opt. wheels
Option: Caster Wheels and Brakes for zinc-plated / stainless steel 3-leg mast foot
Opt. GF
Alternative Option: Non metallic (glass-epoxy) mast foot for AM 9104
AM 9144
Glass – Epoxy tube Antenna Mast System, height set by screw 1.2 – 2 m, 3/8” thread on top, zinc-plated / stainless steel 3-leg mast foot.
Opt. GF
Option: Non metallic (glass-epoxy) mast foot for AM 9144
Opt. wheels
Option: Caster Wheels and Brakes for 3-leg mast foot
Opt. short
Option: height set range from 0.90 – 1.60 m (shorter version)
AA 9202
Mast Adapter for AM 9144 with 22 mm hole for most Antenna models, 3/8” and 1/4” camera threads, polarization continuously adjustable.
AA 9202 POM
Non metallic mast adapter for most light weight Antenna models with 22 mm tube, minimizes reflections, 3/8” camera thread, polarization continuously adjustable.
AA 9203
Mast Adapter for AM 9144 with 22 mm hole for most Antenna models, 3/8” and 1/4” camera threads polarization and elevation continuously adjustable
AA 9205
Orthogonal Swivel Adapter for positioning in 3 perpendicular directions. Application: determination of the magnitude of the field strength
AA 9209
Antenna adapter to fix STLP 9128 E, STLP 9128 E special, STLP 9128 D, STLP 9128 D special on AM 9144. Allows antenna rotation without height adjustment. Antenna can be fixed in the center of gravity without any collision with the AM 9144 during polarization change.
AA 9213
Adapter to convert a 3/8’’ female thread to 22 mm tube, e.g. to fix BBHA 9170 on AM 9104.
RS 9214
Adapter to convert the R&S Aluminum Flange into 22 mm tube with indexing ring.
RA 9215
Indexing adapter for fast & precise polarization change.
R&S Flange
R&S Flange for Schwarzbeck antenna with 22 mm tube.
KG 9201
Mast Adapter (swivel, 90° vertical/horizontal polarization for AM 9144), for VULP 9118 D,E,F,G and VUSLP 9111 E only
PPS 9208
Pneumatic polarization shifter with 2-way pneumatic cylinder for all Schwarzbeck antennas with 22 mm tube on AM 9144. Compressed air required.
SWHA 9204
Swivel handle for light antennas
EA 9207
Adapter for Schwarzbeck antennas with 22 mm tube on EMCO mast.
TA 9204
Thread Adapter with 3/8″ female and 1/4″ male threads. Mainly for American antenna brands.
TA 9205
Thread Adapter with 1/4″ female and 3/8″ male threads. (For camera tripods, not for AM 9144)
TA 9206
Thread Adapter with 3/8″ female and 5/8″ male threads. (Geodesy)
POSITIONER
Positioner for light weight antennas like SBA 9113 with 420 NJ. The positioner consists of: 1 piece of glass fiber tube 22 mm thick, 1000 mm long, an adapter AA 9203 is mounted to the tube. The other end of the tube carries a 3/8 inch male camera thread.
LISN Line Impedance Stabilization Networks
NSLK 8127
V-LISN, 9 kHz – 30 MHz, 50 µH + 5 Ohm || 50 Ohm, 250 µH isolating choke can be shorted, 2 x 16 A Schuko socket, Artificial Hand.
Opt. RC
Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.
Opt. PLC
Option: Power Line Communication, according to EN 50065-1, selectable ranges: 3 – 9 kHz, 9 – 95 kHz, 95 kHz – 30 MHz.
NSLK 8126
V-LISN, 9 kHz – 30 MHz, 50 µH + 5 Ohm || 50 Ohm, 250 µH isolating choke can be shorted, 4 x 16/25 A, 2 x 16 A Schuko and 4 x 16 A CEKON socket, Artificial Hand.
Opt. RC
Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.
NSLK 8128
V-LISN, 9 kHz – 30 MHz, 50 µH + 5 Ohm || 50 Ohm, 250 µH isolating choke can be shorted, 4 x 32/50 A, 2 x 16 A Schuko and 4 x 32 A CEKON socket, Artificial Hand.
Opt. RC
Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.
NNLK 8121
V-LISN, 9 kHz – 30 MHz, 50 µH + 5 Ohm || 50 Ohm, 250 µH isolating choke, 4 x 50 (100) A, wing terminals (For continuously 100 A add the options cont. high current and cooling fans!)
Opt. RC
Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.
Opt. cont. high current
Option: cont. high current, additional terminals to bypass the 250 μH chokes, provides less voltage drop and less heating.
Opt. 400/700 V
Option: 400/700 V Voltage to Neutral / Voltage between lines
Opt. Fans
Option: Cooling Fans
NNLK 8129
V-LISN, (9) 150 kHz – 30 MHz, 50 µH || 50 Ohm, 4 x 200 (300) A, wing terminals, low voltage drop, High power resistors
Opt. 400/700 V
Option: 400/700 V Voltage to Neutral / Voltage between lines
Opt. RC
Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.
Opt. Fans
Option: Cooling Fans
NNLK 8130
V-LISN, (9) 150 kHz – 30 MHz, 50 µH || 50 Ohm, 4 x 400 (500) A, wing terminals, low voltage drop, High power resistors, cooling fans.
Opt. RC
Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.
Opt. 400/700 V
Option: 400/700 V Voltage to Neutral / Voltage between lines
NNLK 8140
Single Path V-LISN, (9) 150 kHz – 30 MHz, 50 µH || 50 Ohm, 1 x 800 A continuously (1000 A short time), wing terminals, low voltage drop, High power resistors, cooling fans. Max. Voltage: 1000 V DC or 650 V AC 50/60 Hz.
Single path LISN (Automotive) CISPR 25 / ISO 7637
NNBM 8124
Automotive LISN according CISPR 25 and ISO 7637-2 and for BCI Testing. Impedance (5µH + 1 Ohm) || 50 Ohm. Max. 70 (100) A. With switchable 50 Ohm load and switchable 1 microfarad capacitor at mains side, single path, BNC female connector.
Opt. N
Option for NNBM 8124: N-female connector instead of BNC.
NNBM 8124-200
Automotive LISN according CISPR 25 and ISO 7637-2 and for BCI Testing. Impedance (5µH + 1 Ohm) || 50 Ohm. Max.200 A. With switchable 50 Ohm load and switchable 1 mikrofarad capacitor at mains side, single path, BNC female connector.
Opt. N
Option for NNBM 8124-200: N-female connector instead of BNC.
NNBM 8124-400
Automotive LISN according CISPR 25 and ISO 7637-2 and for BCI Testing. Impedance (5µH + 1 Ohm) || 50 Ohm. Max. 400 A. With switchable 50 Ohm load and switchable 1 mikrofarad capacitor at mains side, single path, BNC female connector.
Opt. N
Option for NNBM 8124-400: N-female connector instead of BNC.
NNBM 8126 A 890
LISN 5 µH || 50 Ohm, 70 (100) single path. Similar to NNBM 8126 A but suitable for 600V DC and 270 V AC 890 Hz. Calibrated up to 400 MHz according to DO-160.
Two path LISN (Automotive) CISPR 25 / ISO 7637
NNBM 8126 G
LISN 5 µH || 50 Ohm, 70 (100) A, two paths, two BNC connectors, including 1 each 50 Ohm dummy load.
HV-LISN according to CISPR 25 Ed. 4 or BMW GS 95025-1
NNHV 8123
High Voltage LISN according to CISPR 25 Ed. 4 or BMW GS 95025-1 to measure the conducted disturbance voltage on shielded lines for (hybrid) electric vehicles (HEV, EV), can be used for BCI with an external dummy load, impedance (5µH) || 50 Ohm. 70 (100) A, 1000 V DC. Backside with built in 0.1 microfarad capacitor to ground, N-jack. Normally used in pairs inside the enclosure HVSE 8600!
NNHV 8123-200
High Voltage LISN according to CISPR 25 Ed. 4 or BMW GS 95025-1 to measure the conducted disturbance voltage on shielded lines for (hybrid) electric vehicles (HEV, EV), can be used for BCI with an external dummy load, impedance (5µH) || 50 Ohm. 200 A, 1000 V DC. Backside with built in 0.1 microfarad capacitor to ground, N-jack. Normally used in pairs inside the enclosure HVSE 8600!
NNHV 8123-400
High Voltage LISN according to CISPR 25 Ed. 4 or BMW GS 95025-1 to measure the conducted disturbance voltage on shielded lines for (hybrid) electric vehicles (HEV, EV), can be used for BCI with an external dummy load, impedance (5µH) || 50 Ohm. 400 A, 1000 V DC. Backside with built in 0.1 microfarad capacitor to ground, N-jack. Normally used in pairs inside the enclosure HVSE 8600!
HVSE 8600
Shielded housing for 2 HV-LISN, 2 paths with cable feed through for HV+ and HV-, shield can be connected to the housing, 2 measurement ports N, 1 monitor port N, with connecting cables between inside measurement ports and outside N- connectors. All models of the NNHV- and NNBM-series can be inserted. For full CISPR 25 Ed. 4 compliance a modification of the back side circuitry of the NNBM series is required!
Opt. 8600-100
1 pair of flange panels for HVSE 8600 with cable feed through for shielded cables up to ca. 100 A.
Opt. 8600-200
1 pair of flange panels for HVSE 8600 with cable feed through for shielded cables suitable for max. currents in a range of ca. 100 A to 200 A.
Opt. 8600-400
1 pair of flange panels for HVSE 8600 with cable feed through for shielded cables suitable for a range of ca. 200 A to 400 A.
BAN Broadband Artificial Networks according ISO 11452-7 or DC-10614
BAN 8508
BAN broadband artificial network 2 A – 8 A according ISO 11452-7 or DC-10614
BAN 8530
BAN broadband artificial network 8 A – 30 A according ISO 11452-7 or DC-10614
DC-Block 500
DC-blocking capacitor BNC for direct injection with BAN
LISN according to MIL 461 MIL 462
NNBL 8225
V-LISN (9) 150 kHz – 100 MHz, 50 µH + 5 Ohm || 50 Ohm, 20 A, 50 Hz AC 250V, single path, Mil. Std. 461/462.
NNBL 8226
V-LISN (9) 150 kHz – 100 MHz, 50 µH + 5 Ohm || 50 Ohm, 70 (100) A, 50 Hz AC 250 V, single path, Mil. Std. 461/462.
NNBL 8226- HV
V-LISN (9) 150 kHz – 100 MHz, 50 µH + 5 Ohm || 50 Ohm, 70 (100) A, 50 Hz AC 800 V, single path, Mil. Std. 461/462.
NNBL 8226-2
V-LISN (9) 150 kHz – 100 MHz, 50 µH + 5 Ohm || 50 Ohm, 70 (100) A, 50 Hz AC 250 V, two path, Mil. Std. 461/462.
NNBL 8230
V-LISN (9) 150 kHz – 100 MHz, 50 µH + 5 Ohm || 50 Ohm, 300 A, 50 Hz AC 250 V, single path, Mil. Std. 461/462.
Special LISN and accessories
NDTV 8160
Universal Delta-, T-, V-LISN
PVDC 8300
PV LISN, 1500 V, 50 A, common mode impedance 150 Ohm, Z differential mode = 100 Ohm, air coils 280 microhenry.
PVDC 8300 Opt. Fans
Option for PVDC 8300: Fans for a maximum continuous current of 100 A.
PVDC 8301
PV-LISN for the DC side of grid connected power converters GCPC, 1500 V, 200 A, common mode impedance = 150 Ohm, differential mode impedance = 100 Ohm, air coils 280 microhenry.
TEMP 8400
Tempest LISN 9 kHz to 1 GHz, 2 path model 10 A, N-connectors for DuT power supply and N-connectors for the 2 measurement ports. The unit allows to listen to even the smallest signals on power lines.
TEMP 8401
Adapter N-male to wing terminals for TEMP 8400
NPLC 8500
LISN according to recommendation ITU-T G.9901: 250 Volt 16 A, 1 path, wing terminals,  measuring output BNC, to measure the power spectral density of PRIME transceivers for power line communication.
CMDM 8700
Common mode differential mode noise separator for V-LISN, 2 BNC inputs, 1 BNC output. 9 kHz-30 MHz.
ISN / T-Networks
NTFM 8131
T-ISN 150 Ohm asymmetric 50 Ohm unsymmetrical, 2-wire, 400 V AC, 9 kHz – 30  MHz, CISPR 22 D1/EN55015-2002
NTFM 8158
ISN T8 CAT6 (LCL = 75 dB) according CISPR 22 edition 5.2, figure D.3. for up to 4 pairs UTP.
CAT5 8158
ISN T8 CAT5 (LCL = 65 dB) according CISPR 22 edition 5.2, figure D.3. for up to 4 pairs UTP.
CAT3 8158
ISN T8 CAT3 (LCL = 55 dB) according CISPR 22 edition 5.2, figure D.3. for up to 4 pairs UTP.
ISN S8
ISN for screened RJ45 or RJ11 connections, 2, 4 or 8 wire, according D.11 CISPR 22 Ed.5.2.
ISN S1
ISN according CISPR 22 Ed.5.5:2006, Annex D, D9 for coaxial lines
Voltage Probes
TK 9417
HF-Probe, 2.5 kOhm
TK 9420
High-Voltage-Probe, 1.5 kOhm, 4 pF, 9 kHz – 30 MHz, RF < 30 V
VT 9420
Plug-In divider 1.5 kOhm for TK 9420 probe for determination of disturbance source impedance
TK 9421
High Power Voltage Probe, 1.5 kOhm, 4 pF, 150 kHz – 30 MHz RF < 100 V
TK 9422
High Power Voltage Probe, 5 kOhm, 4 pF, (9) 150 kHz – 30 MHz RF < 100 V
EMI Receivers
FCKL 1528
EMI Receiver according CISPR 16-1, 9 kHz – 30 MHz, 5 Detectors: Quasipeak, Peak, Average, CAV, CRMS. Attenuator with 1 dB steps, Protected Input, Automatic Calibration w. built-in Pulse Generator, GPIB-Interface.
Opt. XY-Rec.
Option: 25-pin connector on the back side with analogous voltages for frequency and Interference voltage to connect an XY-recorder.
Opt. TG
Option: Built-In Tracking Generator, Output Level 120 dBµV.
Opt. Softw.
Option: Schwarzbeck-Software FCKL for EMI-Measurement
FCVU 1534
EMI Receiver according CISPR 16-1, 20 – 1050 MHz, 5 Detectors: Quasipeak, Peak, Average, CAV and CRMS, Attenuator with 1 dB steps, Protected Input, Automatic Calibration w. built-in Pulse Generator, GPIB-Interface.
Opt. XY-Rec.
Option: 25-pin connector on the back side with analogous voltages for frequency and Interference voltage to connect an XY-recorder.
Opt. TG
Option: Built-In Tracking Generator, Output Level 120 dBµV P.D.
Opt. Softw.
Option: Schwarzbeck-Software FCVU for EMI-Measurement
FCLE 1535
EMI Receiver according CISPR 16-1, 9 kHz – 3.25 GHz, 5 Detectors: Quasipeak, Peak, Average, CAV and CRMS. Protected Input, Automatic Calibration w. built- in Pulse Generator, GPIB-Interface.
Opt. Softw.
Option: Schwarzbeck-Software for FCLE for EMI-Measurement
INES PCI 488
IEEE 488 32-bit PCI-Slot PC Plug-In Card (BKAB 488 necessary)
INES PCMCIA 488
IEEE 488 32-bit PCMCIA (Type II) Plug-In Card for portable Computers (Notebook) including 2 m cable
BKAB 488
IEEE 488 cable, 2 m, necessary for PCI card, not necessary for PCMCIA card
Pulse Generators
IGUU 2916
Universal Calibration Pulse Generator according CISPR 16 for Bands A, B, C, D (9 kHz – 1000 MHz), especially for EMI Receiver Tests (Pulse weighting, Overload), Signal generator 100 kHz, 1 MHz, 10 MHz, 100 MHz (60 dBµV). Pulse Repetition Frequency 0.1 Hz – 200 Hz (20 kHz), Output Level adjustable in 1 dB steps, GPIB-Interface.
Opt. RecTest Softw.
Option: Receiver Test Software for IGUU 2916 or 2918 signal generator and EMI- receiver to perform an automatic calibration of an EMI receiver according to CISPR 16-1-1.
Opt. KU 9616
Option: Coaxial Switching Unit for automatic performance tests with IGUU 2916, N-Connectors female.
IGUU 2918
Calibration-Pulse Generator according CISPR 16 for Band A, B, C, D (9 kHz-1000 Hz) To calibrate the pulse response of EMI receivers. Pulse repetition frequency main generator 0.1 – 200 Hz (aux. generator up to 1 MHz) with IEEE-488 Interface.
Opt. RecTest Softw.
Option: Receiver Test Software for IGUU 2916 or 2918 signal generator and EMI- receiver to perform an automatic calibration of an EMI receiver according to CISPR 16-1-1.
Opt. KU 9618
Option: KU 9618 Coaxial Switching Unit for automatic performance tests with IGUU 2918, N-Connectors female
IGUF 2910
Battery driven High Power Pulse Generator, Pulse Repetition Frequency 300 Hz, weighted CISPR Level 80 dbµV (Quasipeak, 120 kHz IF-BW). Broad band signal source up to 300 (1000) MHz w. 0.5 ns Pulses of 300 V at 50 Ohm
LGA 9802
Automatic Charging Unit 230 V for IGUF 2910
Accessories
Coaxial Cables
AK 9513
50 Ohm Coax. Cable with N plugs, individual length, usable up to 3 (5) GHz, Basic price Euro 80,00 + price / m Euro 5,00 + price for individual calibration Euro 80,00. Indiv. Cal. possible if cable longer than 3 m. Standard lengths: 3 m, 5 m, 10 m.
AK 9515 D
50 Ohm Coaxial Cable with N plugs, low loss, limited flexibility, usable up to 10 (18) GHz, 10.5 mm diam.
AK 9515 E
50 Ohm Coaxial Cable with N plugs, low loss, good flexibility, usable up to 10 (18) GHz, 10.8 mm diam.
AK 9515 G
50 Ohm Coaxial Cable available with N- or 7/16-plugs,very low loss, high power, good flexibility, usable up to 6 GHz, 14.6 mm diam.
AK 9515 H
50 Ohm Microwave Coaxial Cable with N- or SMA-connectors, low loss, flexible, usable up to 18 GHz.
MSS 9630
Sheath current blocking cable to avoid coupling effects caused by braid currents. Standard configuration: N-male, N-female, length ca. 0.3 m
Fixed Attenuators
DGA 9552 N
Bidirectional Attenuator N-female N-male to 18 GHz, 50 Ohm 5 Watt. Available values: 3 dB, 6 dB, 10 dB, 20, 30, 40 dB.
VTSD 9561 F
Diode Pulse Limiter + 10 dB Attenuation, fuse lamp, N or BNC, please select!
VTSD 9561 D
Diode Pulse Limiter + 20 dB Attenuation, fuse lamp, BNC
VTSD 9562
Bandpass and Limiter for Partial Discharge Measurements BNC
Current Clamps and calibration adapters
SW 9602
Current Transformer, shielded, 0.01 – 200 MHz, Transfer Impedance: 1 Ohm for wires up to 6.5 mm.
SW 9603
Current Transformer, shielded, 9 kHz – 150 MHz, Transfer Impedance: 1 Ohm for wires up to 14 mm.
SW 9605
Current Transformer Clamp CISPR 22, 9 kHz – 80 MHz, Transfer Impedance: 1
Ohm for wires up to 23 mm.
SW 9606
Current injection clamp for RF current  injection into harnesses up to 23 mm diamter, transducer 18 dB.
CA 9607
Universal calibration adapter for current clamps, test jig for ferrites, length adjustable.
CA 9608
Universal calibration adapter for e.g. the following current clamps: R&S ESV-Z1, Prodyn, IT-050-1, length and height settable.
Baluns
SY 9223-120
Balun for transmission measurements according to IEC61643-21. 50 Ohm N to 120 Ohm screw terminals.
SY 9223- CISPR 13
Broad band isolation transformer according CISPR 13 fig. A.2, 50 Ohm 75 Ohm.
SY 9223-PLC
1:1 PLC balun according to EN 50065-2-1 2003 + A1:2005 für Immunity against small band disturbance voltage. 3 kHz – 30 MHz, BNC and banana jacks.
Opt. 2 µF + 50 Ohm
Opt. for SY 9223-PLC: 2 µF + 50 Ohm, in isolated housing, banana jacks.
SY 9501
Balun unsymm. 50 Ohm to symm. 150 Ohm EN 55015, CISPR 15
SY 9223-17-100
Broadband transformer 1:1,4 or 50 Ohm : 100 Ohm respectively according to CISPR 17 for filter measurements. 100 Ohm-side with banana jacks. 50 Ohm-side with BNC-jacks.
SY 9223-17-0.1
Broadband transformer 22:1 or 50 Ohm : 0.1 Ohm respectively according to CISPR 17 for filter measurements. 50 Ohm-side with BNC-jacks, 0.1 Ohm-side with banana jacks.
Other passive devices
BD 9501
IEEE-488 Bus-Feed through for flange mounting (shielded rooms) (other feed throughs on request)
HPF
High Pass Filter 35 – 1000 MHz, Insertion loss at 27.12 MHz typ. 100 dB
TF 130-150
Test Fixture for Ford RI 130/ 150 Per EMC-CS-2009
VDHH 9502
Van der Hoofden test head with protection network and individual calibration of the network according IEC62493 or VDE 0848-493.
CISPR 17 Equipment
Transformers, fixtures and adapters to measure filters, ferrites and other passive components. Detailed product list and data sheets on request.
BN 1701
Buffer network (set of 2 pieces) according CISPR 17 Annex D2, D3, max. current: 32A, connectors: wing terminals,  BNC female.
CCC 9224
Capacitive coupling clamp for transients according to ISO 7637-3 or DC-10614 B.5.
CCP 9225
Capacitive coupling plate similar to ISO 7637-3 according to MBN 10284-2, 2011-04 or MBN 10284-4, 2011-04 for CV tests.
Preamplifiers
BBV 9743
Broadband Coaxial Preamplifier gain max. 30 dB, 10 MHz – 6 GHz, low noise floor, N-jack N-plug, including power supply.
BBV 9744
Broadband Coaxial Preamplifier gain max. 30 dB, 9 kHz – 6 GHz, low noise floor, N-jack N-plug, including power supply.
BBV 9745
Broadband Coaxial Preamplifier gain max. 30 dB, 9 kHz –2 GHz, low noise floor, N-jack N-plug, improved ESD protection, including power supply.
BBV 9718
Broadband Coaxial Preamplifier typ. 33 dB, 1 – 18 GHz with fixture for 22 mm antenna tube, and N to SMA cable, power supply 12 V 250 mA necessary.
Opt. PS
Option Power supply for BBV 9718 or 9719.
Opt. Battery
Option Rechargeable battery pack for BBV 9718 or 9719.
Opt. ALCS 2-24A
Battery charger ALCS 2-24A for rechargeable battery pack
BBV 9719
Broadband Coaxial Preamplifier typ. 33 dB, 18-26.5 GHz, power supply 12 V 300 mA necessary. Including short cable with SMA plugs to connect the BBV 9719 with the antenna (for example BBHA 9170).
Opt. PS
Option Power supply for BBV 9718 or 9719.
Opt. Battery
Option Rechargeable battery pack for BBV 9718 or 9719.
Opt. ALCS 2-24A
Battery charger ALCS 2-24A for rechargeable battery pack.
BBV 9721
Broadband Coaxial Preamplifier typ. 30 dB, 18-40 GHz. Including short cable with 2.92 plugs to connect the BBV 9721 with the antenna (for example BBHA 9170). Noise figure 5.5 dB, P1dBmin=15 dBm, VSWR max in/out = 2,6.
Opt. PS 9721
Power supply unit for BBV 9721 including cables with secuity plugs, can be used for 110 and 230 V.
Opt. PS 9721 Battery
Power supply unit for BBV 9721 including cables with security plugs, can be used for 110 V and 230 V. Built in rechargeable battery. This unit can supply power to the BBV 9721 without connection to mains. Charging electronics also included.
Reference radiators, comb generators
SG 9301
Spectrum Generator 30-1000 MHz, spectrum lines switchable 100 Hz – 1 MHz, N-female connector, charger ACS 110 required, main application: reference radiator (antenna required e.g. UBAA 9114 with BBVU 9135)
Opt. ACS 110
Option: Charger ACS 110 for SG 9301.
SG 9302
Comb generator 0.1 – 18 GHz, spectrum lines every 100 MHz, battery driven, including charger for 230 V.
Field probes
VUFM 1670
E-Field Meter 70 kHz-3 GHz, 1V/m-300V/m, linear polarized, charger ACS 110 required.
VUFM 1671
LCD-Display Unit for VUFM 1670 with 5 m fibre optical link, Additional cost for longer fibre: Euro 5,00/m, charger ACS 110 required.
VUFM 1672
LCD–Display Unit VUFM 1672 for E – Field-Meter VUFM 1670 with optical link and IEEE 488 / GPIB – Interface.
Other active devices
VHIC 9260
Impedance converter according CISPR 25 9 kHz – 30 (120) MHz.
Opt. ACS 110
Option: Charger ACS 110 for VHIC 9260.
CVP 9222
High Impedance Capacitive Voltage Probe according to CISPR 22, EN 55022 C 1.3. Frequency range: 9 kHz – 100 MHz.
Opt. ACS 110
Option: Charger ACS 110 for CVP 9222.
Opt. CAL 9222
Option: Calibration Adapter for CVP 9222.
Near Field Probes
FS-SET 7100
Nearfield Probe Set including HFSL, HFSH, EFS and Separator EW and AC/DC Adaptor in storing case.
HFSL 7101
Active Near Field Probe (magnetic) 9 kHz – 30 MHz (EW 7110 required)
HFSH 7102
Active Near Field Probe (magnetic) 4 MHz – 1000 MHz (EW 7110 required)
EFS 7103
Active Near Field Probe (electric) 9 kHz – 1000 MHz (EW 7110 required)
EW 7110
Coaxial DC-Separator  for Near Field Probes HFSL, HFSH, EFS
ACDC 7110
AC/DC Adapter for DC-Separator EW 7110
Strip lines
TEMZ 5231
50 Ohm Strip line according to ISO 11452-5 for automotive testing, 4.3 x 1.5 x 0.15 m, septum with cylindrical rods, N-connectors, wooden base construction and termination required.
Opt. Termination 150 W
Option: 50 Ohm termination, N-jack,150 Watt, connecting cable for TEMZ 5231
Opt. Termination 500 W
Option: 50 Ohm termination, N-jack, 500 Watt, connecting cable, for TEMZ 5231
Opt. Foldaway
Instead of cylindrical rods to hold the septum there will be side arms. The cell can be folded away vertically. A stainless steel construction with caster wheels supports the cell. Must be ordered together with TEMZ 5231, cannot be refitted.
TEMZ 5232
90 Ohm Strip line according to ISO 11452-5 for automotive testing, 3.5 x 0.9 x 0.15 m, N-connector, built-in termination 90 Ohm, 50 W, wooden base construction required
TEMZ 5233
Closed, unsymmetrical 50 Ohm strip line DC – 420 (600) MHz, Crawford TEM Cell, for E- field probe and H-field probe calibration and for immunity testing. ISO 11452-3, IEEE 1309 under EN 61000-4-20.
TEMZ 5236
Symmetrical Strip line 0.96 x 0.6 x 0.6 m, BNC-connectors, including 4:1 transformer and 50 W dummy load.
TEMZ 5238
Symmetrical strip line according to CISPR 20 up to 120 MHz.
Calibration adapters for V-LISN (V-AMN)
KA 8127
BNC female to Schuko male. Fits for all LISN types with Schuko socket e.g. NSLK 8127, NSLK 8126, NSLK 8128
KA 8126
BNC female to CEE / CEKON 16 A male. Fits for all LISN with 16 A three-phase connector e.g. NSLK 8126. Diameter of Phase rods: 5 mm. Diameter of Neutral rod: 6,9 mm.
KA 8128
BNC female to CEE / CEKON 32 A male. Fits for all LISN with 32 A three-phase connector e.g. NSLK 8128. Diameter of Phase rods: 5,9 mm. Diameter of Neutral rod: 8 mm.
KA 8121
BNC female to 4 mm banana plug. Fits for NNLK 8121 and NDTV 8160.
KA 8129
BNC female to 4 mm banana plug. Fits for NNLK 8129.
KA 8130
BNC female to 4 mm banana plug. Fits for NNLK 8130 and NNLK 8140.
KA 8125
BNC female to terminal wings. Fits for NNBM 8124, NNBM 8125, NNBM 8126 A, NNBM 8125 BCI and NNBL 8225. Diameter of terminals: 8,5 mm, distance of terminals: 60 mm
KA 8126 D
BNC female to terminal wings. Fits for NNBM 8126 D, NNBL 8226-HV, NNBL 8226, NNBL 8226-2, NNBM 8125 BCI with Option 200 A, NNBM 8124-200, NNBM 8126 G. Diameter of
terminals: 8,5 mm, distance of terminals: 90 mm
KA 8126 F
BNC female to terminal wings. Fits for NNBM 8126 E, NNBM 8126 F, NNBM 8126 F HYB up to S/N 148. Diameter of terminals: 12,4 mm, distance of terminals: 90 mm
KA 8126 F HYB
BNC female to terminal wings. Fits for NNBM 8124-400, NNBM 8126 F HYB starting from S/N 149. Diameter of terminals: 16,4 mm, distance of terminals: 110 mm
MSS 9630
Sheath current blocking cable to avoid coupling effects caused by braid currents. Standard configuration: N-male, N-female, length ca. 0.2-0,3 m
CDN according EN 61000-4-6, CDNE according CISPR 16-1-2 CISPR 15, ferrite clamps, absorbing clamps
M-Type CDN for mains lines
CDN M1
CDN for Earth conductor 250V AC / 1,000V DC, 16A, 150kHz – 230MHz
CDN M1-32A
CDN for Earth conductor 250V AC / 1,000V DC, 32A, 150kHz – 230MHz
CDN M1- 32A/1000V
CDN for Earth conductor 1,000V AC / 1,000V DC, 32A, 150kHz – 80MHz
CDN M1-50A
CDN for Earth conductor 250V AC / 750V DC, 50A, 150kHz – 80MHz, incl. high- current MC connectors for AE and DUT port
CDN M1-75A
CDN for Earth conductor 250V AC / 750V DC, 75A, 150kHz – 80MHz, incl. high- current MC connectors for AE and DUT port
CDN M1-100A
CDN for Earth conductor 250V AC / 750V DC, 100A, 150kHz – 80MHz, incl. high- current MC connectors for AE and DUT port
CDN M2
CDN for two mains supply lines 250V AC / 250V DC, 16A, 150kHz – 300MHz, AE port with IEC 320 connector
CDN M2 Banana
CDN for two mains supply lines 250V AC / 1,000V DC, 16A, 150kHz – 230MHz, AE port with banana connectors
CDN M2-500V
CDN for two mains supply lines 500V AC / 1,000V DC, 16A, 150kHz – 80MHz
CDN M2-750V
CDN for two mains supply lines 750V AC / 1,000V DC, 16A, 150kHz – 80MHz
CDN M2-1000V
CDN for two mains supply lines 1,000V AC / 1,000V DC, 16A, 150kHz – 80MHz
CDN M2-32A
CDN for two mains supply lines 250V AC / 1,000V DC, 32A, 150kHz – 230MHz
CDN M2-32A/750V
CDN for two mains supply lines 750V AC / 1,000V DC, 32A, 150kHz – 80MHz
CDN M2-32A/1000V
CDN for two mains supply lines 1,000V AC / 1,000V DC, 32A, 150kHz – 80MHz
CDN M2-50A
CDN for two mains supply lines 250V AC / 750V DC, 50A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M2-50A/750V
CDN for two mains supply lines 750V AC / 750V DC, 50A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M2-75A
CDN for two mains supply lines 250V AC / 750V DC, 75A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M2-100A
CDN for two mains supply lines 250V AC / 750V DC, 100A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M2/M3
CDN for two or three supply lines, switchable, 250V AC / 250V DC, 16A, 150kHz – 300MHz, AE port with IEC 320 connector, CDNE M2 or CDNE M3 for CISPR 15 also available!
CDN M3
CDN for three mains supply lines 250V AC / 250V DC, 16A, 150kHz – 300MHz, AE port with IEC 320 connector
CDN M3 Banana
CDN for three mains supply lines 250V AC / 1,000V DC, 16A, 150kHz – 230MHz, AE port with banana connectors
CDN M3-500V
CDN for three mains supply lines 500V AC (L+N+PE) / 1,000V DC, 16A, 150kHz – 80MHz
CDN M3-400V Delta
CDN for three mains supply lines 3x400V AC (L1+L2+L3) / 1,000V DC, 16A, 150kHz – 230MHz
CDN M3-32A
CDN for three mains supply lines 250V AC / 1,000V DC, 32A, 150kHz – 230MHz
CDN M3-32A/400V Delta
CDN for three mains supply lines 3x400V AC (L1+L2+L3), 32A, 150kHz – 230MHz
CDN M3-32A/750V
CDN for three mains supply lines 750V AC (L+N+PE) / 1,000V DC, 32A, 150kHz – 80MHz
CDN M3-32A/750V Delta
CDN for three mains supply lines 3x750V AC (L1+L2+L3) / 1,000V DC, 32A, 150kHz – 80MHz
CDN M3-50A
CDN for three mains supply lines 250V AC / 750V DC, 50A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M3-75A
CDN for three mains supply lines 250V AC / 750V DC, 75A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M3-100A
CDN for three mains supply lines 250V AC / 750V DC, 100A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M4 PE
CDN for four mains supply lines (L1+L2+L3+PE) 3x400V AC, 16A, 150kHz – 230MHz
CDN M4 N
CDN for four mains supply lines (L1+L2+L3+N) 3x400V AC, 16A, 150kHz – 230MHz
S-Type CDN for shielded lines and coaxial cables
CDN S1-50 BNC
CDN for screened coaxial cable, single line, 50ohm BNC, 100V AC / 100V DC, 0.25A, 150kHz – 230MHz
CDN S1-50 N
CDN for screened coaxial cable, single line, 50ohm N, 100V AC / 100V DC, 0.25A, 150kHz – 230MHz
CDN S1-50 SMA
CDN for screened coaxial cable, single line, 50ohm SMA, 100V AC / 100V DC, 0.25A, 150kHz – 230MHz
CDN S1-75 BNC
CDN for screened coaxial cable, single line, 75ohm BNC, 100V AC / 100V DC, 0.25A, 150kHz – 230MHz
CDN S1-75 N
CDN for screened coaxial cable, single line, 75ohm N, 100V AC / 100V DC, 0.25A, 150kHz – 230MHz
CDN S2 BNC
CDN for two screened cables, BNC conn., 100V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN S4 BNC
CDN for four screened cables, BNC conn., 100V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN S4 USB
CDN for screened cable, four lines, USB A conn., 100V AC / 100V DC, 1A, 150kHz – 230MHz
CDN S4-3A BNC
CDN for screened cable, four lines, BNC conn., 100V AC / 100V DC, 3A, 150kHz – 80MHz
CDN S8 RJ45
CDN for screened cable, eight lines, RJ45 conn., 100V AC / 100V DC, 1.5A, 150kHz – 230MHz
CDN S9
CDN for screened cable, nine lines, Sub-D9, 125V AC / 125V DC, 1.5A, 150kHz – 230MHz
CDN S15
CDN for screened cable, 15 lines, Sub-D15, 125V AC / 125V DC, 1.5A, 150kHz – 230MHz
CDN S15 VGA
CDN for screened cable, 15 lines, VGA conn., 125V AC / 125V DC, 1.5A, 150kHz – 230MHz
CDN S25
CDN for screened cable, 25 lines, Sub-D25, 125V AC / 125V DC, 1.5A, 150kHz – 230MHz
CDN S37
CDN for screened cable, 37 lines, Sub-D37, 125V AC / 125V DC, 0.25A, 150kHz – 80MHz
CDN S50
CDN for screened cable, 50 lines, Sub-D50, 125V AC / 125V DC, 0.25A, 150kHz – 80MHz
T-Type CDN for balanced unscreened communication lines
CDN T2
CDN for unscreened balanced pair, RJ11/banana conn, 63V AC / 100V DC, 1.5A, 150kHz – 230MHz
CDN T2-3A
CDN for unscreened balanced pair, banana conn, 63V AC / 100V DC, 3A, 150kHz – 80MHz
CDN T2-5A
CDN for unscreened balanced pair, banana conn, 63V AC / 100V DC, 5A, 150kHz – 80MHz
CDN T4
CDN for two unscreened balanced pairs, banana conn, 63V AC / 100V DC, 1.5A, 150kHz – 230MHz
CDN T4 XLR
CDN for two unscreened balanced pairs, XLR conn, 50V AC / 50V DC, 1.5A, 150kHz – 230MHz
CDN T4 RJ45
CDN for two unscreened balanced pairs, RJ45 conn, 63V AC / 100V DC,1.5A, 150kHz – 230MHz
CDN T4-3A
CDN for two unscreened balanced pairs, banana conn, 63V AC / 100V DC, 3A, 150kHz – 80MHz
CDN T8 RJ45
CDN for 4 unscreened balanced pairs, RJ45 conn, 63V AC / 100V DC, 1.5A, 150kHz – 230MHz
CDN T8-3A
CDN for 4 unscreened balanced pairs, banana conn, 63V AC / 100V DC, 3A,
150kHz – 80MHz
AF-Type CDN for non balanced data lines
CDN AF2
CDN for 2 unscreened unbalanced lines, banana conn, 63V AC /100V DC, 1.5A, 150kHz – 300MHz, incl. VDF data for CISPR 15
CDN AF2-250V
CDN for 2 unscreened unbalanced lines, banana conn, 250V AC / 250V DC, 1.5A, 150kHz – 80MHz
CDN AF3
CDN for 3 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 150kHz – 300MHz, incl. VDF data for CISPR 15
CDN AF3-3A
CDN for 3 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 3A, 150kHz – 80MHz
CDN AF3-250V
CDN for 3 unscreened unbalanced lines, banana conn, 250V AC / 250V DC, 1.5A, 150kHz – 80MHz
CDN AF4
CDN for 4 unscreened unbalanced lines, banana conn, 63VAC / 100V DC, 1.5A, 150kHz – 230MHz
CDN AF5
CDN for 5 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN AF6
CDN for 6 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN AF6-250V
CDN for 6 unscreened unbalanced lines, banana conn, 250V AC / 250V DC, 1.5A, 150kHz – 80MHz
CDN AF8
CDN for 8 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN AF10
CDN for 10 unscreened unbalanced lines, D-Sub15 conn, 63V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN AF15
CDN for 15 unscreened unbalanced lines, D-Sub15 conn, 63V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN AF25
CDN for 25 unscreened unbalanced lines, D-Sub25 conn, 63V AC / 100V DC, 1.5A, 150kHz – 80MHz
Special CDN
CDN CAN-4
CDN 4 CAN-Bus, 4-wire, unscreened, 48V, 2A (supply lines, pins 3 (GND) and 9(V+)) and 48V, 2A (CAN-BUS lines, pins 2 CAN-L and 7 CAN-H), 150kHz – 230MHz, Sub-D9 connector
CDNE for emission measurement on luminaries according EN 55015
CDNE M2
CDNE with tight tolerances for CISPR 15 emission measurements with 2 mains conductors can also be used as CDNE AF2.
CA CDNE M2 Part A
Part A of the calibration or short adapter for CDNE M2
CA CDNE Part B
Part B of the calibration or short adapter for CDNE M2 or M3
SR100-6W
Adapter 150 to 50 Ohm for CDNE or ISN e.g. ISN S8 or CDNE M2, 0-500 MHz, 6W, connectors: BNC female, 4 mm security banana jack.
CDNE M3
CDNE with tight tolerances for CISPR 15 emission measurements with 3 mains conductors.
CA CDNE M3 Part A
Calibration or short adapter for CDNE M3 part A.
CDN for IEC 60945 or EN 61326-3-2 10kHz – 80MHz
CDN M1-10kHz
CDN for Earth conductor 250V AC / 1,000V DC, 16A, 10kHz – 80MHz
CDN M2-10kHz
CDN for two mains supply lines 250V AC / 1,000V DC, 16A, 10kHz – 80MHz
CDN M2-10kHz/500V
CDN for two mains supply lines 500V AC / 1,000V DC, 16A, 10kHz – 80MHz
CDN M3-10kHz
CDN for three mains supply lines 250V AC / 1,000V DC, 16A, 10kHz – 80MHz
CDN T2-10kHz
CDN for unscreened balanced pair, RJ11/banana conn, 63V AC / 100V DC, 1.5A, 10kHz – 80MHz
CDN T8-10kHz
CDN for 4 unscreened balanced pairs, RJ45 conn, 63V AC / 100V DC, 1.5A,10kHz – 80MHz
CDN AF2-10kHz
CDN for 2 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 10kHz – 80MHz
CDN AF3-10kHz
CDN for 3 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 10kHz – 80MHz
CDN AF4-10kHz
CDN for 4 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 10kHz – 80MHz
CDN AF6-10kHz
CDN for 6 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 10kHz – 80MHz
CDN AF8-10kHz
CDN for 8 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 10kHz – 80MHz
Calibration or short adapters for CDN
CWS-CAL
Basic calibration kit including 1ea R-100N, 1ea 50cm BNC cable, plastic case
R-100N
Adapter 150-to-50 Ohm for CDN including aluminium angle
CA M1
Calibration adapter for all CDN M1 models, EUT port and AE port
CA M2/M3/AF3(N)
Calibration adapter for CDN M2-32A (AE port only), M3, M3-32A (EUT port and AE port), CDN M2/M3 (EUT port only) and CDN AF3 (EUT port and AE port)
CAA M2/M3N
Cal kit for CDN M2/M3, CDN M2 and CDN M3 (AE-port only) incl. 1ea Adapter IEC 60320, 1ea R-100N, 1ea T-50
CA T2/AF2/M2N
Calibration adapter for CDN T2, AF2 (EUT port and AE port) and M2 and M2-32A (EUT port only)
CA M2/50-100
Calibration adapter for CDN M2-50A, M2-75A and M2-100A (EUT port and AE port)
CA M3/50-100
Calibration adapter for CDN M3-50A, M3-75A and M3-100A (EUT port and AE port)
CA T4/AF4/M4
Calibration adapter for CDN T4 and CDN AF4 (EUT port and AE port), CDN M4 and CDN M4-32A (AE port)
CA M4N
Calibration adapter for CDN M4 N and CDN M4 PE (EUT port)
CA M4/50-100
Calibration adapter for CDN M4-50A, M4-75A and M4-100A (EUT port and AE port)
CA AF5/M5
Calibration adapter for CDN AF5 (EUT port and AE port) and CDN M5 (AE port), M5-32A (AE port) and former CDN M5(16A) (EUT port and AE port)
CA M5N
Calibration adapter for CDN M5 and M5-32A (EUT port)
CA M5/50-100
Calibration adapter for CDN M5-50A, M5-75A and M5-100A (EUT port and AE port)
CA T8RJ45
Calibration adapter for CDN T8RJ45 (EUT port and AE port)
CA AF8
Calibration adapter for CDN AF8 and T8-3A (EUT port and AE port)
CA AF10
Calibration adapter for CDN AF10 (EUT port and AE port)
CA S1
Calibration adapter for CDN S1
CA S2/S4
Calibration adapter for CDN S2 BNC and CDN S4 BNC
CA S4-USB
Calibration adapter for CDN S4-USB
CA S8-RJ45
Calibration adapter for CDN S8RJ45
CA S9/S15/S25
Calibration adapter for CDN S9, CDN S15 and CDN S25
CA S37
Calibration adapter for CDN S37
Remark:
For CDN S-Type only one calibration adapter is required, for all other types the standard recommends to also terminate the AE port. One piece of calibration adapter is automatically included in the delivery of every Luethi CDN
CA EM
Cal kit. for EM 101 incl. 1ea R-100N, 1ea T-50, 1ea connection cable (requires CWS CAL or additional R-100N) See also  “Cable EM/FTC 101” as additional option.
Cable EM/FTC 101
Cable with a length of 1750mm to calibrate an EM 101 together with a FTC 101 (Additional option for item CA EM)
 
Decoupling clamps and absorbing clamps to measure disturbance power
MDS 21 B
Absorbing clamp 30 – 1000MHz as per CISPR 16 for automatic operation, including 5m measuring cable, N-connector
FTC 40X15 E
Decoupling clamp, 1 – 1000MHz as per CISPR 16 or CISPR 22
MDS 22
Absorbing clamp 300MHz – 2.5GHz (3GHz) as per CISPR 16
EM 101
RF Injection clamp, (10kHz) 150kHz – 1000MHz, 100W, 4 kV, max. cable diameter 22mm as per IEC 61000-4-6.
FTC 101
Decoupling clamp for EM 101 RF injection clamp
Dummy Lamps according to CISPR 15 EN55015
LN G23
Socket LN G23 according to figure 4 e CISPR 15, socket length 47 mm, tube sets of the RS G23 / xxx series required.
RS G23 / 85
Tube set for LN G23, max. length of lamp according to IEC 85 mm, length of tube 38 mm, Tube diameter 13 mm, 5 W.
RS G23 / 115
Tube set for LN G23, max. length of lamp according to IEC 115 mm, length of tube 68 mm, Tube diameter 13 mm, 7 W.
RS G23 / 145
Tube set for LN G23, max. length of lamp according to IEC 145 mm, length of tube 98 mm, Tube diameter 13 mm, 9 W.
RS G23 / 215
Tube set for LN G23, max. length of lamp according to IEC 215 mm, length of tube 168 mm, Tube diameter 13 mm, 11 W.
single capped quadruple tube dummy lamps with socket G24
LN G24
Socket LN G24 according to figure 4 f CISPR 15, socket length 45 mm, tube sets of the RS G24 / xxx series required.
RS G24 / 95
Tube set for LN G24, max. length of lamp according to IEC 95 mm, length of tube 50 mm, Tube diameter 13 mm, 10 W.
RS G24 / 130
Tube set for LN G24, max. length of lamp according to IEC 130 mm, length of tube 85 mm, Tube diameter 13 mm, 13 W.
RS G24 / 150
Tube set for LN G24, max. length of lamp according to IEC 150 mm, length of tube 105 mm, Tube diameter 13 mm, 18 W.
RS G24 / 170
Tube set for LN G24, max. length of lamp according to IEC 170 mm, length of tube 125 mm, Tube diameter 13 mm, 26 W.
single capped twin tube dummy lamps with socket 2G11
LN 2G11
Socket LN 2G11 according to figure 4 d CISPR 15, socket length 67 mm, tube sets of the RS 2G11 / xxx series required.
RS 2G11 / 225
Tube set for LN 2G11, max. length of lamp according to IEC 225 mm, length of tube 158 mm, Tube diameter 15 mm, 18 W.
RS 2G11 / 320
Tube set for LN 2G11, max. length of lamp according to IEC 320 mm, length of tube 253 mm, Tube diameter 15 mm, 24 W.
RS 2G11 / 415
Tube set for LN 2G11, max. length of lamp according to IEC 415 mm, length of tube 348 mm, Tube diameter 15 mm, 36 W.
RS 2G11 / 535
Tube set for LN 2G11, max. length of lamp according to IEC 535 mm, length of tube 468 mm, Tube diameter 15 mm, 55 W.
Linear dummy lamps 15 mm diameter with socket G5
LN G5
Pair of sockets LN G5 according to figure 4 c CISPR 15, socket length 20 mm each, tube sets of the RS G5 / xxx series required.
RS G5 / 136
Tube set for LN G5, max. length of lamp according to IEC 136 mm, length of tube 96 mm, Tube diameter 15 mm, 4 W.
RS G5 / 212
Tube set for LN G5, max. length of lamp according to IEC 212 mm, length of tube 172 mm, Tube diameter 15 mm, 6 W.
RS G5 / 288
Tube set for LN G5, max. length of lamp according to IEC 288 mm, length of tube 248 mm, Tube diameter 15 mm, 8 W.
RS G5 / 517
Tube set for LN G5, max. length of lamp according to IEC 517 mm, length of tube 477 mm, Tube diameter 15 mm, 13 W.
RS G5 / 549
Tube set for LN G5, max. length of lamp according to IEC 549 mm, length of tube 509 mm, Tube diameter 15 mm, 14 W.
RS G5 / 849
Tube set for LN G5, max. length of lamp according to IEC 849 mm, length of tube 809 mm, Tube diameter 15 mm, 21 W.
RS G5 / 1449
Tube set for LN G5, max. length of lamp according to IEC 1449 mm, length of tube 1409 mm, Tube diameter 15 mm, 35 W.
Linear dummy lamps 20 mm diameter with socket G13 / 25
LN G13 / 25
Pair of sockets LN G13 according to figure 4 a CISPR 15, socket length 75 mm each, tube sets of the RS G13 / 25 / xxx series required.
RS G13 / 25 / 438
Tube set for LN G13 / 25, max. length of lamp according to IEC 438 mm, length of tube 288 mm, Tube diameter 20 mm, 15 W.
RS G13 / 25 / 590
Tube set for LN G13 / 25, max. length of lamp according to IEC 590 mm, length of tube 440 mm, Tube diameter 20 mm, 18 W.
RS G13 / 25 / 720
Tube set for LN G13 / 25, max. length of lamp according to IEC 720 mm, length of tube 570 mm, Tube diameter 20 mm, 16 W.
RS G13 / 25 / 895
Tube set for LN G13 / 25, max. length of lamp according to IEC 895 mm, length of tube 745 mm, Tube diameter 20 mm, 30 W.
RS G13 / 25 / 970
Tube set for LN G13 / 25, max. length of lamp according to IEC 970 mm, length of tube 820 mm, Tube diameter 20 mm, 36 W.
RS G13 / 25 / 1047
Tube set for LN G13 / 25, max. length of lamp according to IEC 1047 mm, length of tube 897 mm, Tube diameter 20 mm, 38 W.
RS G13 / 25 / 1200
Tube set for LN G13 / 25, max. length of lamp according to IEC 1200 mm, length of tube 1050 mm, Tube diameter 20 mm, 36 W.
RS G13 / 25 / 1500
Tube set for LN G13 / 25, max. length of lamp according to IEC 1500 mm, length of tube 1350 mm, Tube diameter 20 mm, 58 W.
Linear dummy lamps 28 mm diameter with socket G13 / 38
LN G13 / 38
Pair of sockets LN G13 according to figure 4 a CISPR 15, socket length 75 mm each, tube sets of the RS G13 / 38 / xxx series required.
RS G13 / 38 / 590
Tube set for LN G13 / 38, max. length of lamp according to IEC 590 mm, length of tube 440 mm, Tube diameter 28 mm, 20 W.
RS G13 / 38 / 970
Tube set for LN G13 / 38, max. length of lamp according to IEC 970 mm, length of tube 820 mm, Tube diameter 28 mm, 25 W.
RS G13 / 38 / 1200
Tube set for LN G13 / 38, max. length of lamp according to IEC 1200 mm, length of tube 1050 mm, Tube diameter 28 mm, 115 W.
RS G13 / 38 / 1500
Tube set for LN G13 / 38, max. length of lamp according to IEC 1500 mm, length of tube 1350 mm, Tube diameter 28 mm, 140 W.
RS G13 / 38 / 1800
Tube set for LN G13 / 38, max. length of lamp according to IEC 1800 mm, length of tube 1650 mm, Tube diameter 28 mm, 160 W.
RS G13 / 38 / 2400
Tube set for LN G13 / 38, max. length of lamp according to IEC 2400 mm, length of tube 2250 mm, Tube diameter 28 mm, 125 W.
single capped twin tube dummy lamps with socket 2G7
LN 2G7
Socket LN 2G7, socket length 47 mm, tube sets of the RS 2G7 / xxx series required.
RS 2G7 / 85
Tube set for LN 2G7, max. length of lamp according to IEC 85 mm, length of tube 38 mm, Tube diameter 13 mm, 5 W.
RS 2G7 / 115
Tube set for LN 2G7, max. length of lamp according to IEC 115 mm, length of tube 68 mm, Tube diameter 13 mm, 7 W.
RS 2G7 / 145
Tube set for LN 2G7, max. length of lamp according to IEC 145 mm, length of tube 98 mm, Tube diameter 13 mm, 9 W.
RS 2G7 / 215
Tube set for LN 2G7, max. length of lamp according to IEC 215 mm, length of tube 168 mm, Tube diameter 13 mm, 11 W.
U-shape tube dummy lamps with socket 2G13
LN 2G13
Socket LN 2G13, socket length 75 mm, tube sets of the RS 2G13 / xxx series required.
RS 2G13 / 310
Tube set for LN 2G13, max. length of lamp according to IEC 310 mm, length of tube 235 mm, Tube diameter 20 mm, 20 W.
RS 2G13 / 607
Tube set for LN 2G13, max. length of lamp according to IEC 607 mm, length of tube 532 mm, Tube diameter 20 mm, 40 W.
RS 2G13 / 765
Tube set for LN 2G13, max. length of lamp according to IEC 765 mm, length of tube 690 mm, Tube diameter 20 mm, 65 W.
Circular dummy lamps
LN G10q / 28 / 216
Complete circular dummy lamp according to figure 4 b CISPR 15, max. diameter of lamp according to IEC 216 mm, Tube diameter 20 mm, 22 W.
LN G10q / 32 / 311
Complete circular dummy lamp according to figure 4 b CISPR 15, max. diameter of lamp according to IEC 311 mm, Tube diameter 28 mm, 32 W.
LN G10q / 32 / 413
Complete circular dummy lamp according to figure 4 b CISPR 15, max. diameter of lamp according to IEC 413 mm, Tube diameter 28 mm, 40 W.
single pin linear dummy lamps with socket Fa6
LN Fa6
Pair of sockets LN Fa6, socket length 75 mm each, tube sets of the RS Fa6 / xxx series required.
RS Fa6 / 590
Tube set for LN Fa6, max. length of lamp according to IEC 590 mm, length of tube 440 mm, Tube diameter 28 mm, 16 W.
RS Fa6 / 1200
Tube set for LN Fa6, max. length of lamp according to IEC 1200 mm, length of tube 1050 mm, Tube diameter 28 mm, 32 W.
RS Fa6 / 1500
Tube set for LN Fa6, max. length of lamp according to IEC 1500 mm, length of tube 1350 mm, Tube diameter 28 mm, 50 W.
related equipment
Conical cover
Test fixture for energy saving lamps with E27 socket according to figure 7 b CISPR 15
Conical Cover Option E14
Additional adapter E27-E14 to insert E14 lamps into the conical cover.
Conical Cover Option B22d
Additional adapter E27-B22d to insert B22d lamps (common in Great Britain) into the conical cover.
Schwarzbeck Mess-Elektronik
LISN Line Impedance Stabilization Networks
NSLK 8127
V-LISN, 9 kHz – 30 MHz, 50 µH + 5 Ohm || 50 Ohm, 250 µH isolating choke can be shorted, 2 x 16 A Schuko socket, Artificial Hand.
Opt. RC
Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.
Opt. PLC
Option: Power Line Communication, according to EN 50065-1, selectable ranges: 3 – 9 kHz, 9 – 95 kHz, 95 kHz – 30 MHz.
NSLK 8126
V-LISN, 9 kHz – 30 MHz, 50 µH + 5 Ohm || 50 Ohm, 250 µH isolating choke can be shorted, 4 x 16/25 A, 2 x 16 A Schuko and 4 x 16 A CEKON socket, Artificial Hand.
Opt. RC
Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.
NSLK 8128
V-LISN, 9 kHz – 30 MHz, 50 µH + 5 Ohm || 50 Ohm, 250 µH isolating choke can be shorted, 4 x 32/50 A, 2 x 16 A Schuko and 4 x 32 A CEKON socket, Artificial Hand.
Opt. RC
Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.
NNLK 8121
V-LISN, 9 kHz – 30 MHz, 50 µH + 5 Ohm || 50 Ohm, 250 µH isolating choke, 4 x 50 (100) A, wing terminals (For continuously 100 A add the options cont. high current and cooling fans!)
Opt. RC
Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.
Opt. cont. high current
Option: cont. high current, additional terminals to bypass the 250 μH chokes, provides less voltage drop and less heating.
Opt. 400/700 V
Option: 400/700 V Voltage to Neutral / Voltage between lines
Opt. Fans
Option: Cooling Fans
NNLK 8129
V-LISN, (9) 150 kHz – 30 MHz, 50 µH || 50 Ohm, 4 x 200 (300) A, wing terminals, low voltage drop, High power resistors
Opt. 400/700 V
Option: 400/700 V Voltage to Neutral / Voltage between lines
Opt. RC
Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.
Opt. Fans
Option: Cooling Fans
NNLK 8130
V-LISN, (9) 150 kHz – 30 MHz, 50 µH || 50 Ohm, 4 x 400 (500) A, wing terminals, low voltage drop, High power resistors, cooling fans.
Opt. RC
Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.
Opt. 400/700 V
Option: 400/700 V Voltage to Neutral / Voltage between lines
NNLK 8140
Single Path V-LISN, (9) 150 kHz – 30 MHz, 50 µH || 50 Ohm, 1 x 800 A continuously (1000 A short time), wing terminals, low voltage drop, High power resistors, cooling fans. Max. Voltage: 1000 V DC or 650 V AC 50/60 Hz.
Single path LISN (Automotive) CISPR 25 / ISO 7637
NNBM 8124
Automotive LISN according CISPR 25 and ISO 7637-2 and for BCI-Testing. Impedance (5µH + 1 Ohm) || 50 Ohm. Max. 70 (100) A. With switchable 50 Ohm load and switchable 1 microfarad capacitor at mains side, single path, BNC female connector.
Opt. N
Option for NNBM 8124: N-female connector instead of BNC.
NNBM 8124-200
Automotive LISN according CISPR 25 and ISO 7637-2 and for BCI-Testing. Impedance (5µH + 1 Ohm) || 50 Ohm. Max.200 A. With switchable 50 Ohm load and switchable 1 mikrofarad capacitor at mains side, single path, BNC female connector.
Opt. N
Option for NNBM 8124-200: N-female connector instead of BNC.
NNBM 8124-400
Automotive LISN according CISPR 25 and ISO 7637-2 and for BCI-Testing. Impedance (5µH + 1 Ohm) || 50 Ohm. Max. 400 A. With switchable 50 Ohm load and switchable 1 mikrofarad capacitor at mains side, single path, BNC female connector.
Opt. N
Option for NNBM 8124-400: N-female connector instead of BNC.
NNBM 8126 A 890
LISN 5 µH || 50 Ohm, 70 (100) single path. Similar to NNBM 8126 A but suitable for 600V DC and 270 V AC 890 Hz. Calibrated up to 400 MHz according to DO-160.
Two path LISN (Automotive) CISPR 25 / ISO 7637
NNBM 8126 G
LISN 5 µH || 50 Ohm, 70 (100) A, two paths, two BNC-connectors, including 1 each 50 Ohm dummy load.
HV-LISN according to CISPR 25 Ed. 4 or BMW GS 95025-1
NNHV 8123
High Voltage LISN according to CISPR 25 Ed. 4 or BMW GS 95025-1 to measure the conducted disturbance voltage on shielded lines for (hybrid) electric vehicles (HEV, EV), can be used for BCI with an external dummy load, impedance (5µH) || 50 Ohm. 70 (100) A, 1000 V DC. Backside with built in 0.1 microfarad capacitor to ground, N-jack. Normally used in pairs inside the enclosure HVSE 8600!
NNHV 8123-200
High Voltage LISN according to CISPR 25 Ed. 4 or BMW GS 95025-1 to measure the conducted disturbance voltage on shielded lines for (hybrid) electric vehicles (HEV, EV), can be used for BCI with an external dummy load, impedance (5µH) || 50 Ohm. 200 A, 1000 V DC. Backside with built in 0.1 microfarad capacitor to ground, N-jack. Normally used in pairs inside the enclosure HVSE 8600!
NNHV 8123-400
High Voltage LISN according to CISPR 25 Ed. 4 or BMW GS 95025-1 to measure the conducted disturbance voltage on shielded lines for (hybrid) electric vehicles (HEV, EV), can be used for BCI with an external dummy load, impedance (5µH) || 50 Ohm. 400 A, 1000 V DC. Backside with built in 0.1 microfarad capacitor to ground, N-jack. Normally used in pairs inside the enclosure HVSE 8600!
HVSE 8600
Shielded housing for 2 HV-LISN, 2 paths with cable feed through for HV+ and HV-, shield can be connected to the housing, 2 measurement ports N, 1 monitor port N, with connecting cables between inside measurement ports and outside N- connectors. All models of the NNHV- and NNBM-series can be inserted. For full CISPR 25 Ed. 4 compliance a modification of the back side circuitry of the NNBM series is required!
Opt. 8600-100
1 pair of flange panels for HVSE 8600 with cable feed through for shielded cables up to ca. 100 A.
Opt. 8600-200
1 pair of flange panels for HVSE 8600 with cable feed through for shielded cables suitable for max. currents in a range of ca. 100 A to 200 A.
Opt. 8600-400
1 pair of flange panels for HVSE 8600 with cable feed through for shielded cables suitable for a range of ca. 200 A to 400 A.
BAN Broadband Artificial Networks according ISO 11452-7 or DC-10614
BAN 8508
BAN broadband artificial network 2 A – 8 A according ISO 11452-7 or DC-10614
BAN 8530
BAN broadband artificial network 8 A – 30 A according ISO 11452-7 or DC-10614
DC-Block 500
DC-blocking capacitor BNC for direct injection with BAN
LISN according to MIL 461 MIL 462
NNBL 8225
V-LISN (9) 150 kHz – 100 MHz, 50 µH + 5 Ohm || 50 Ohm, 20 A, 50 Hz AC 250V, single path, Mil. Std. 461/462.
NNBL 8226
V-LISN (9) 150 kHz – 100 MHz, 50 µH + 5 Ohm || 50 Ohm, 70 (100) A, 50 Hz AC 250 V, single path, Mil. Std. 461/462.
NNBL 8226- HV
V-LISN (9) 150 kHz – 100 MHz, 50 µH + 5 Ohm || 50 Ohm, 70 (100) A, 50 Hz AC 800 V, single path, Mil. Std. 461/462.
NNBL 8226-2
V-LISN (9) 150 kHz – 100 MHz, 50 µH + 5 Ohm || 50 Ohm, 70 (100) A, 50 Hz AC 250 V, two path, Mil. Std. 461/462.
NNBL 8230
V-LISN (9) 150 kHz – 100 MHz, 50 µH + 5 Ohm || 50 Ohm, 300 A, 50 Hz AC 250 V, single path, Mil. Std. 461/462.
Special LISN and accessories
NDTV 8160
Universal Delta-, T-, V-LISN
PVDC 8300
PV LISN, 1500 V, 50 A, common mode impedance 150 Ohm, Z differential mode = 100 Ohm, air coils 280 microhenry.
PVDC 8300 Opt. Fans
Option for PVDC 8300: Fans for a maximum continuous current of 100 A.
PVDC 8301
PV-LISN for the DC side of grid connected power converters GCPC, 1500 V, 200 A, common mode impedance = 150 Ohm, differential mode impedance = 100 Ohm, air coils 280 microhenry.
TEMP 8400
Tempest LISN 9 kHz to 1 GHz, 2 path model 10 A, N-connectors for DuT power supply and N-connectors for the 2 measurement ports. The unit allows to listen to even the smallest signals on power lines.
TEMP 8401
Adapter N-male to wing terminals for TEMP 8400
NPLC 8500
LISN according to recommendation ITU-T G.9901: 250 Volt 16 A, 1 path, wing terminals,  measuring output BNC, to measure the power spectral density of PRIME transceivers for power line communication.
CMDM 8700
Common mode differential mode noise separator for V-LISN, 2 BNC inputs, 1 BNC output. 9 kHz-30 MHz.
SY 9223-50561-1
2:1 balun according to EN 50561-1:2013 figure 4 to measure PLC transmit signal levels 150 kHz to 30 MHz
SPLIT 100
100 Ohm symmetrical splitter according EN 50561-1:2011.
SYMAT 40
100 Ohm symmetrical variable attenuator 0-50 dB in 10 dB steps.
6dB Splitter Coaxial splitter 50 Ohm (Third party product which we would get fro Weinschel or comparable)
CU 50561-1 Coupling unit according EN 50561-1:2013 figure 3, R=2,5 kOhm, C=1nF.
ISN 50561-1 ISN according EN 50561-1:2013 Annex B, figure B.1.
100nF1MOhm Housing with security banana jacks and built in 1,0 MOhm patrallel 100 nF 400 V.
CABLES Cables with banana plugs / -jacks / lugs / coaxial connectors to conect all components of the EN50561-1:2013 system.
Opt. 2 μF + 50 Ohm Opt. for SY 9223-PLC: 2 μF + 50 Ohm, in isolated housing, banana jacks.
ISN / T-Networks
NTFM 8131
T-ISN 150 Ohm asymmetric 50 Ohm unsymmetric, 2-wire, 400 V AC, 9 kHz – 30  MHz, CISPR 22 D1/EN55015-2002
NTFM 8158
ISN T8 CAT6 (LCL = 75 dB) according CISPR 22 edition 5.2, figure D.3. for up to 4 pairs UTP.
CAT5 8158
ISN T8 CAT5 (LCL = 65 dB) according CISPR 22 edition 5.2, figure D.3. for up to 4 pairs UTP.
CAT3 8158
ISN T8 CAT3 (LCL = 55 dB) according CISPR 22 edition 5.2, figure D.3. for up to 4 pairs UTP.
ISN S8
ISN for screened RJ45 or RJ11 connections, 2, 4 or 8 wire, according D.11 CISPR 22 Ed.5.2.
ISN S1
ISN according CISPR 22 Ed.5.5:2006, Annex D, D9 for coaxial lines
EAB8 50-150
Adapter 50 to 150 Ohm for conducted immunity testing with the ISNs NTFM 8158, CAT5 8158 or CAT3 8158
DUMMY 9554
Dummy Load 50 Ohm BNC plug, 0.5W
Voltage Probes
TK 9417
HF-Probe, 2.5 kOhm
TK 9420
High-Voltage-Probe, 1.5 kOhm, 4 pF, 9 kHz – 30 MHz, RF < 30 V
VT 9420
Plug-In divider 1.5 kOhm for TK 9420 probe for determination of disturbance source impedance
TK 9421
High Power Voltage Probe, 1.5 kOhm, 4 pF, 150 kHz – 30 MHz RF < 100 V
TK 9422
High Power Voltage Probe, 5 kOhm, 4 pF, (9) 150 kHz – 30 MHz RF < 100 V
EMI Receivers
FCKL 1528
EMI Receiver according CISPR 16-1, 9 kHz – 30 MHz, 5 Detectors: Quasipeak, Peak, Average, CAV, CRMS. Attenuator with 1 dB steps, Protected Input, Automatic Calibration w. built-in Pulse Generator, GPIB-Interface.
Opt. XY-Rec.
Option: 25-pin connector on the back side with analogous voltages for frequency and Interference voltage to connect an XY-recorder.
Opt. TG
Option: Built-In Tracking Generator, Output Level 120 dBµV.
Opt. Softw.
Option: Schwarzbeck-Software FCKL for EMI-Measurement
FCVU 1534
EMI Receiver according CISPR 16-1, 20 – 1050 MHz, 5 Detectors: Quasipeak, Peak, Average, CAV and CRMS, Attenuator with 1 dB steps, Protected Input, Automatic Calibration w. built-in Pulse Generator, GPIB-Interface.
Opt. XY-Rec.
Option: 25-pin connector on the back side with analogous voltages for frequency and Interference voltage to connect an XY-recorder.
Opt. TG
Option: Built-In Tracking Generator, Output Level 120 dBµV P.D.
Opt. Softw.
Option: Schwarzbeck-Software FCVU for EMI-Measurement
FCLE 1535
EMI Receiver according CISPR 16-1, 9 kHz – 3.25 GHz, 5 Detectors: Quasipeak, Peak, Average, CAV and CRMS. Protected Input, Automatic Calibration w. built- in Pulse Generator, GPIB-Interface.
Opt. Software
Option: Schwarzbeck-Software for FCLE for EMI-Measurement
INES PCI 488
IEEE 488 32-bit PCI-Slot PC Plug-In Card (BKAB 488 necessary)
INES PCMCIA 488
IEEE 488 32-bit PCMCIA (Type II) Plug-In Card for portable Computers (Notebook) including 2 m cable
BKAB 488
IEEE 488 cable, 2 m, necessary for PCI card, not necessary for PCMCIA card
Pulse Generators
IGUU 2916
Universal Calibration Pulse Generator according CISPR 16 for Bands A, B, C, D (9 kHz – 1000 MHz), especially for EMI Receiver Tests (Pulse weighting, Overload), Signal generator 100 kHz, 1 MHz, 10 MHz, 100 MHz (60 dBµV). Pulse Repetition Frequency 0.1 Hz – 200 Hz (20 kHz), Output Level adjustable in 1 dB steps, GPIB-Interface.
Opt. RecTest Software
Option: Receiver Test Software for IGUU 2916 or 2918 signal generator and EMI- receiver to perform an automatic calibration of an EMI receiver according to CISPR 16-1-1.
Opt. KU 9616
Option: Coaxial Switching Unit for automatic performance tests with IGUU 2916, N-Connectors female.
IGUU 2918
Calibration-Pulse Generator according CISPR 16 for Band A, B, C, D (9 kHz-1000 Hz) To calibrate the pulse response of EMI receivers. Pulse repetition frequency main generator 0.1 – 200 Hz (aux. generator up to 1 MHz) with IEEE-488 Interface.
Opt. RecTest Software
Option: Receiver Test Software for IGUU 2916 or 2918 signal generator and EMI- receiver to perform an automatic calibration of an EMI receiver according to CISPR 16-1-1.
Opt. KU 9618
Option: KU 9618 Coaxial Switching Unit for automatic performance tests with IGUU 2918, N-Connectors female
IGUF 2910
Battery driven High Power Pulse Generator, Pulse Repetition Frequency 300 Hz, weighted CISPR Level 80 dbµV (Quasipeak, 120 kHz IF-BW). Broad band signal source up to 300 (1000) MHz w. 0.5 ns Pulses of 300 V at 50 Ohm
LGA 9802
Automatic Charging Unit 230 V for IGUF 2910
Accessories
Coaxial Cables
AK 9513
50 Ohm Coax. Cable with N plugs, individual length, usable up to 3 (5) GHz, Basic price Euro 80,00 + price / m Euro 5,00 + price for individual calibration Euro 80,00. Indiv. Cal. possible if cable longer than 3 m. Standard lengths: 3 m, 5 m, 10 m.
AK 9515 D
50 Ohm Coaxial Cable with N plugs, low loss, limited flexibility, usable up to 10 (18) GHz, 10.5 mm diam.
AK 9515 E
50 Ohm Coaxial Cable with N plugs, low loss, good flexibility, usable up to 10 (18) GHz, 10.8 mm diam.
Price Per Meter
Price per meter AK 9515 E
AK 9515 E
50 Ohm Coaxial Cable with N plugs, low loss, good flexibility, usable up to 10 (18) GHz, 10.8 mm diam.
Price Per Meter
Price per meter AK 9515 E
AK 9515 G
50 Ohm Coaxial Cable available with N- or 7/16-plugs,very low loss, high power, good flexibility, usable up to 6 GHz, 14.6 mm diam.
AK 9515 H
50 Ohm Microwave Coaxial Cable with N- or SMA-connectors, low loss, flexible, usable up to 18 GHz.
MSS 9630
Sheath current blocking cable to avoid coupling effects caused by braid currents. Standard configuration: N-male, N-female, length ca. 0.3 m
RG58C/U
50 Ohm coaxial cable with BNC-plugs, mainly to be used with LISN.
Price Per Meter
50 Ohm coaxial cable with BNC-plugs, mainly to be used with LISN.
RG58C/U
50 Ohm coaxial cable with BNC-plugs, mainly to be used with LISN.
Price Per Meter
50 Ohm coaxial cable with BNC-plugs, mainly to be used with LISN.
RG223/U
50 Ohm coaxial cable with BNC-plugs
Price Per Meter
50 Ohm coaxial cable with BNC-plugs, mainly to be used with LISN.
RG223/U
50 Ohm coaxial cable with BNC-plugs
Price Per Meter
50 Ohm coaxial cable with BNC-plugs, mainly to be used with LISN.
Fixed Attenuators
DGA 9552 N
Bidirectional Attenuator N-female N-male to 18 GHz, 50 Ohm 5 Watt. Available values: 3 dB, 6 dB, 10 dB, 20, 30, 40 dB.
VTSD 9561 F
Diode Pulse Limiter + 10 dB Attenuation, fuse lamp, N or BNC, please select!
VTSD 9561 D
Diode Pulse Limiter + 20 dB Attenuation, fuse lamp, BNC
VTSD 9562
Bandpass and Limiter for Partial Discharge Measurements BNC
Current Clamps and calibration adapters
SW 9602
Current Transformer, shielded, 0.01 – 200 MHz, Transfer Impedance: 1 Ohm for wires up to 6.5 mm.
SW 9603
Current Transformer, shielded, 9 kHz – 150 MHz, Transfer Impedance: 1 Ohm for wires up to 14 mm.
SW 9605
Current Transformer Clamp CISPR 22, 9 kHz – 80 MHz, Transfer Impedance: 1
Ohm for wires up to 23 mm.
SW 9606
Current injection clamp for RF current  injection into harnesses up to 23 mm diameter, transducer 18 dB.
CA 9607
Universal calibration adapter for current clamps, test jig for ferrites, length adjustable.
CA 9608
Universal calibration adapter for e.g. the following current clamps: R&S ESV-Z1, Prodyn, IT-050-1, length and height settable.
Baluns
SY 9223-120
Balun for transmission measurements according to IEC61643-21. 50 Ohm N to 120 Ohm screw terminals.
SY 9223- CISPR 13
Broad band isolation transformer according CISPR 13 fig. A.2, 50 Ohm 75 Ohm.
SY 9223-PLC
1:1 PLC balun according to EN 50065-2-1 2003 + A1:2005 für Immunity against small band disturbance voltage. 3 kHz – 30 MHz, BNC and banana jacks.
Opt. 2 µF + 50 Ohm
Opt. for SY 9223-PLC: 2 µF + 50 Ohm, in isolated housing, banana jacks.
SY 9501
Balun unsymmetrical 50 Ohm to symmetrical 150 Ohm EN 55015, CISPR 15
SY 9223-17-100
Broadband transformer 1:1,4 or 50 Ohm : 100 Ohm respectively according to CISPR 17 for filter measurements. 100 Ohm-side with banana jacks. 50 Ohm-side with BNC-jacks.
SY 9223-17-0.1
Broadband transformer 22:1 or 50 Ohm : 0.1 Ohm respectively according to CISPR 17 for filter measurements. 50 Ohm-side with BNC-jacks, 0.1 Ohm-side with banana jacks.
Other passive devices
BD 9501
IEEE-488 Bus-Feed through for flange mounting (shielded rooms) (other feed throughs on request)
HPF
High Pass Filter 35 – 1000 MHz, Insertion loss at 27.12 MHz type 100 dB
TF 130-150
Test Fixture for Ford RI 130/ 150 Per EMC-CS-2009
VDHH 9502
Van der Hoofden test head with protection network and individual calibration of the network according IEC62493 or VDE 0848-493.
CISPR 17 Equipment
Transformers, fixtures and adapters to measure filters, ferrites and other passive components. Detailed product list and data sheets on request.
BN 1701
Buffer network (set of 2 pieces) according CISPR 17 Annex D2, D3, max. current: 32A, connectors: wing terminals,  BNC female.
CCC 9224
Capacitive coupling clamp for transients according to ISO 7637-3 or DC-10614 B.5.
CCP 9225
Capacitive coupling plate similar to ISO 7637-3 according to MBN 10284-2, 2011-04 or MBN 10284-4, 2011-04 for CV tests.
Preamplifiers
BBV 9743
Broadband Coaxial Preamplifier gain max. 30 dB, 10 MHz – 6 GHz, low noise floor, N-jack N-plug, including power supply.
BBV 9744
Broadband Coaxial Preamplifier gain max. 30 dB, 9 kHz – 6 GHz, low noise floor, N-jack N-plug, including power supply.
BBV 9745
Broadband Coaxial Preamplifier gain max. 30 dB, 9 kHz –2 GHz, low noise floor, N-jack N-plug, improved ESD protection, including power supply.
BBV 9718
Broadband Coaxial Preamplifier type 33 dB, 1 – 18 GHz with fixture for 22 mm antenna tube, and N to SMA cable, power supply 12 V 250 mA necessary.
Opt. PS
Option Power supply for BBV 9718 or 9719.
Opt. Battery
Option Rechargeable battery pack for BBV 9718 or 9719.
Opt. ALCS 2-24A
Battery charger ALCS 2-24A for rechargeable battery pack
BBV 9719
Broadband Coaxial Preamplifier type 33 dB, 18-26.5 GHz, power supply 12 V 300 mA necessary. Including short cable with SMA plugs to connect the BBV 9719 with the antenna (for example BBHA 9170).
Opt. PS
Option Power supply for BBV 9718 or 9719.
Opt. Battery
Option Rechargeable battery pack for BBV 9718 or 9719.
Opt. ALCS 2-24A
Battery charger ALCS 2-24A for rechargeable battery pack.
BBV 9721
Broadband Coaxial Preamplifier type 30 dB, 18-40 GHz. Including short cable with 2.92 plugs to connect the BBV 9721 with the antenna (for example BBHA 9170). Noise figure 5.5 dB, P1dBmin=15 dBm, VSWR max in/out = 2,6.
Opt. PS 9721
Power supply unit for BBV 9721 including cables with security plugs, can be used for 110 and 230 V.
Opt. PS 9721 Battery
Power supply unit for BBV 9721 including cables with security plugs, can be used for 110 V and 230 V. Built in rechargeable battery. This unit can supply power to the BBV 9721 without connection to mains. Charging electronics also included.
Reference radiators, comb generators
SG 9301
Spectrum Generator 30-1000 MHz, spectrum lines switchable 100 Hz – 1 MHz, N-female connector, charger ACS 110 required, main application: reference radiator (antenna required e.g. UBAA 9114 with BBVU 9135)
Opt. ACS 110
Option: Charger ACS 110 for SG 9301.
SG 9302
Comb generator 0.1 – 18 GHz, spectrum lines every 100 MHz, battery driven, including charger for 230 V.
Field probes
VUFM 1670 E-Field Meter 70 kHz-3 GHz, 1V/m-300V/m, linear polarized, charger ACS 110 required.
VUFM 1671 LCD-Display Unit for VUFM 1670 with 5 m fiber optical link, Additional cost for longer fiber: Euro 5,00/m, charger ACS 110 required.
VUFM 1672 LCD–Display Unit VUFM 1672 for E – Field-Meter VUFM 1670 with optical link and IEEE 488 / GPIB – Interface.
Other active devices
VHIC 9260
Impedance converter according CISPR 25 9 kHz – 30 (120) MHz.
Opt. ACS 110
Option: Charger ACS 110 for VHIC 9260.
CVP 9222
High Impedance Capacitive Voltage Probe according to CISPR 22, EN 55022 C 1.3. Frequency range: 9 kHz – 100 MHz.
Opt. ACS 110
Option: Charger ACS 110 for CVP 9222.
Opt. CAL 9222
Option: Calibration Adapter for CVP 9222.
Near Field Probes
FS-SET 7100
Near field Probe Set including HFSL, HFSH, EFS and Separator EW and AC/DC Adapter in storing case.
HFSL 7101
Active Near Field Probe (magnetic) 9 kHz – 30 MHz (EW 7110 required)
HFSH 7102
Active Near Field Probe (magnetic) 4 MHz – 1000 MHz (EW 7110 required)
EFS 7103
Active Near Field Probe (electric) 9 kHz – 1000 MHz (EW 7110 required)
EW 7110
Coaxial DC-Separator  for Near Field Probes HFSL, HFSH, EFS
ACDC 7110
AC/DC Adapter for DC-Separator EW 7110
Strip lines
TEMZ 5231
50 Ohm Strip line according to ISO 11452-5 for automotive testing, 4.3 x 1.5 x 0.15 m, septum with cylindrical rods, N-connectors, wooden base construction and termination required.
Opt. Termination 150 W
Option: 50 Ohm termination, N-jack,150 Watt, connecting cable for TEMZ 5231
Opt. Termination 500 W
Option: 50 Ohm termination, N-jack, 500 Watt, connecting cable, for TEMZ 5231
Opt. Foldaway
Instead of cylindrical rods to hold the septum there will be side arms. The cell can be folded away vertically. A stainless steel construction with caster wheels supports the cell. Must be ordered together with TEMZ 5231, cannot be refitted.
TEMZ 5232
90 Ohm Strip line according to ISO 11452-5 for automotive testing, 3.5 x 0.9 x 0.15 m, N-connector, built-in termination 90 Ohm, 50 W, wooden base construction required
TEMZ 5233
Closed, unsymmetrical 50 Ohm strip line DC – 420 (600) MHz, Crawford TEM Cell, for E- field probe and H-field probe calibration and for immunity testing. ISO 11452-3, IEEE 1309 under EN 61000-4-20.
TEMZ 5236
Symmetrical Strip line 0.96 x 0.6 x 0.6 m, BNC-connectors, including 4:1 transformer and 50 W dummy load.
TEMZ 5238 Symmetrical strip line according to CISPR 20 up to 120 MHz.
Calibration adapters for V-LISN (V-AMN).
KA 8127
BNC female to Schuko male. Fits for all LISN types with Schuko socket e.g. NSLK 8127, NSLK 8126, NSLK 8128
KA 8126
BNC female to CEE / CEKON 16 A male. Fits for all LISN with 16 A three-phase connector e.g. NSLK 8126. Diameter of Phase rods: 5 mm. Diameter of Neutral rod: 6,9 mm.
KA 8128
BNC female to CEE / CEKON 32 A male. Fits for all LISN with 32 A three-phase connector e.g. NSLK 8128. Diameter of Phase rods: 5,9 mm. Diameter of Neutral rod: 8 mm.
KA 8121
BNC female to 4 mm banana plug. Fits for NNLK 8121 and NDTV 8160.
KA 8129
BNC female to 4 mm banana plug. Fits for NNLK 8129.
KA 8130
BNC female to 4 mm banana plug. Fits for NNLK 8130 and NNLK 8140.
KA 8125
BNC female to terminal wings. Fits for NNBM 8124, NNBM 8125, NNBM 8126 A, NNBM 8125 BCI and NNBL 8225. Diameter of terminals: 8,5 mm, distance of terminals: 60 mm
KA 8126 D
BNC female to terminal wings. Fits for NNBM 8126 D, NNBL 8226-HV, NNBL 8226, NNBL 8226-2, NNBM 8125 BCI with Option 200 A, NNBM 8124-200, NNBM 8126 G. Diameter of
terminals: 8,5 mm, distance of terminals: 90 mm
KA 8126 F
BNC female to terminal wings. Fits for NNBM 8126 E, NNBM 8126 F, NNBM 8126 F HYB up to S/N 148. Diameter of terminals: 12,4 mm, distance of terminals: 90 mm
KA 8126 F HYB
BNC female to terminal wings. Fits for NNBM 8124-400, NNBM 8126 F HYB starting from S/N 149. Diameter of terminals: 16,4 mm, distance of terminals: 110 mm
MSS 9630
Sheath current blocking cable to avoid coupling effects caused by braid currents. Standard configuration: N-male, N-female, length ca. 0.2-0,3 m
CDN according EN 61000-4-6, CDNE according CISPR 16-1-2 CISPR 15, ferrite clamps, absorbing clamps
M-Type CDN for mains lines
CDN M1
CDN for Earth conductor 250V AC / 1,000V DC, 16A, 150kHz – 230MHz
CDN M1-32A
CDN for Earth conductor 250V AC / 1,000V DC, 32A, 150kHz – 230MHz
CDN M1- 32A/1000V
CDN for Earth conductor 1,000V AC / 1,000V DC, 32A, 150kHz – 80MHz
CDN M1-50A
CDN for Earth conductor 250V AC / 750V DC, 50A, 150kHz – 80MHz, incl. high- current MC connectors for AE and DUT port
CDN M1-75A
CDN for Earth conductor 250V AC / 750V DC, 75A, 150kHz – 80MHz, incl. high- current MC connectors for AE and DUT port
CDN M1-100A
CDN for Earth conductor 250V AC / 750V DC, 100A, 150kHz – 80MHz, incl. high- current MC connectors for AE and DUT port
CDN M2
CDN for two mains supply lines 250V AC / 250V DC, 16A, 150kHz – 300MHz, AE port with IEC 320 connector
CDN M2 Banana
CDN for two mains supply lines 250V AC / 1,000V DC, 16A, 150kHz – 230MHz, AE port with banana connectors
CDN M2-500V
CDN for two mains supply lines 500V AC / 1,000V DC, 16A, 150kHz – 80MHz
CDN M2-750V
CDN for two mains supply lines 750V AC / 1,000V DC, 16A, 150kHz – 80MHz
CDN M2-1000V
CDN for two mains supply lines 1,000V AC / 1,000V DC, 16A, 150kHz – 80MHz
CDN M2-32A
CDN for two mains supply lines 250V AC / 1,000V DC, 32A, 150kHz – 230MHz
CDN M2-32A/750V
CDN for two mains supply lines 750V AC / 1,000V DC, 32A, 150kHz – 80MHz
CDN M2-32A/1000V
CDN for two mains supply lines 1,000V AC / 1,000V DC, 32A, 150kHz – 80MHz
CDN M2-50A
CDN for two mains supply lines 250V AC / 750V DC, 50A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M2-50A/750V
CDN for two mains supply lines 750V AC / 750V DC, 50A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M2-75A
CDN for two mains supply lines 250V AC / 750V DC, 75A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M2-100A
CDN for two mains supply lines 250V AC / 750V DC, 100A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M2/M3
CDN for two or three supply lines, switchable, 250V AC / 250V DC, 16A, 150kHz – 300MHz, AE port with IEC 320 connector, CDNE M2 or CDNE M3 for CISPR 15 also available!
CDN M3
CDN for three mains supply lines 250V AC / 250V DC, 16A, 150kHz – 300MHz, AE port with IEC 320 connector
CDN M3 Banana
CDN for three mains supply lines 250V AC / 1,000V DC, 16A, 150kHz – 230MHz, AE port with banana connectors
CDN M3-500V
CDN for three mains supply lines 500V AC (L+N+PE) / 1,000V DC, 16A, 150kHz – 80MHz
CDN M3-400V Delta
CDN for three mains supply lines 3x400V AC (L1+L2+L3) / 1,000V DC, 16A, 150kHz – 230MHz
CDN M3-32A
CDN for three mains supply lines 250V AC / 1,000V DC, 32A, 150kHz – 230MHz
CDN M3-32A/400V Delta
CDN for three mains supply lines 3x400V AC (L1+L2+L3), 32A, 150kHz – 230MHz
CDN M3-32A/750V
CDN for three mains supply lines 750V AC (L+N+PE) / 1,000V DC, 32A, 150kHz – 80MHz
CDN M3-32A/750V Delta
CDN for three mains supply lines 3x750V AC (L1+L2+L3) / 1,000V DC, 32A, 150kHz – 80MHz
CDN M3-50A
CDN for three mains supply lines 250V AC / 750V DC, 50A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M3-75A
CDN for three mains supply lines 250V AC / 750V DC, 75A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M3-100A
CDN for three mains supply lines 250V AC / 750V DC, 100A, 150kHz – 80MHz, incl. high-current MC connectors for AE and DUT port
CDN M4 PE
CDN for four mains supply lines (L1+L2+L3+PE) 3x400V AC, 16A, 150kHz – 230MHz
CDN M4 N
CDN for four mains supply lines (L1+L2+L3+N) 3x400V AC, 16A, 150kHz – 230MHz
S-Type CDN for shielded lines and coaxial cables
CDN S1-50 BNC CDN for screened coaxial cable, single line, 50ohm BNC, 100V AC / 100V DC, 0.25A, 150kHz – 230MHz
CDN S1-50 N CDN for screened coaxial cable, single line, 50ohm N, 100V AC / 100V DC, 0.25A, 150kHz – 230MHz
CDN S1-50 SMA CDN for screened coaxial cable, single line, 50ohm SMA, 100V AC / 100V DC, 0.25A, 150kHz – 230MHz
CDN S1-75 BNC
CDN for screened coaxial cable, single line, 75ohm BNC, 100V AC / 100V DC, 0.25A, 150kHz – 230MHz
CDN S1-75 N
CDN for screened coaxial cable, single line, 75ohm N, 100V AC / 100V DC, 0.25A, 150kHz – 230MHz
CDN S2 BNC
CDN for two screened cables, BNC conn., 100V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN S4 BNC
CDN for four screened cables, BNC conn., 100V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN S4 USB
CDN for screened cable, four lines, USB A conn., 100V AC / 100V DC, 1A, 150kHz – 230MHz
CDN S4-3A BNC
CDN for screened cable, four lines, BNC conn., 100V AC / 100V DC, 3A, 150kHz – 80MHz
CDN S8 RJ45
CDN for screened cable, eight lines, RJ45 conn., 100V AC / 100V DC, 1.5A, 150kHz – 230MHz
CDN S9
CDN for screened cable, nine lines, Sub-D9, 125V AC / 125V DC, 1.5A, 150kHz – 230MHz
CDN S15
CDN for screened cable, 15 lines, Sub-D15, 125V AC / 125V DC, 1.5A, 150kHz – 230MHz
CDN S15 VGA
CDN for screened cable, 15 lines, VGA conn., 125V AC / 125V DC, 1.5A, 150kHz – 230MHz
CDN S25
CDN for screened cable, 25 lines, Sub-D25, 125V AC / 125V DC, 1.5A, 150kHz – 230MHz
CDN S37
CDN for screened cable, 37 lines, Sub-D37, 125V AC / 125V DC, 0.25A, 150kHz – 80MHz
CDN S50
CDN for screened cable, 50 lines, Sub-D50, 125V AC / 125V DC, 0.25A, 150kHz – 80MHz
T-Type CDN for balanced unscreened communication lines
CDN T2
CDN for unscreened balanced pair, RJ11/banana conn, 63V AC / 100V DC, 1.5A, 150kHz – 230MHz
CDN T2-3A
CDN for unscreened balanced pair, banana conn, 63V AC / 100V DC, 3A, 150kHz – 80MHz
CDN T2-5A
CDN for unscreened balanced pair, banana conn, 63V AC / 100V DC, 5A, 150kHz – 80MHz
CDN T4
CDN for two unscreened balanced pairs, banana conn, 63V AC / 100V DC, 1.5A, 150kHz – 230MHz
CDN T4 XLR
CDN for two unscreened balanced pairs, XLR conn, 50V AC / 50V DC, 1.5A, 150kHz – 230MHz
CDN T4 RJ45
CDN for two unscreened balanced pairs, RJ45 conn, 63V AC / 100V DC,1.5A, 150kHz – 230MHz
CDN T4-3A
CDN for two unscreened balanced pairs, banana conn, 63V AC / 100V DC, 3A, 150kHz – 80MHz
CDN T8 RJ45
CDN for 4 unscreened balanced pairs, RJ45 conn, 63V AC / 100V DC, 1.5A, 150kHz – 230MHz
CDN T8-3A
CDN for 4 unscreened balanced pairs, banana conn, 63V AC / 100V DC, 3A,
150kHz – 80MHz
AF-Type CDN for non balanced data lines
CDN AF2
CDN for 2 unscreened unbalanced lines, banana conn, 63V AC /100V DC, 1.5A, 150kHz – 300MHz, incl. VDF data for CISPR 15
CDN AF2-250V
CDN for 2 unscreened unbalanced lines, banana conn, 250V AC / 250V DC, 1.5A, 150kHz – 80MHz
CDN AF3
CDN for 3 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 150kHz – 300MHz, incl. VDF data for CISPR 15
CDN AF3-3A
CDN for 3 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 3A, 150kHz – 80MHz
CDN AF3-250V
CDN for 3 unscreened unbalanced lines, banana conn, 250V AC / 250V DC, 1.5A, 150kHz – 80MHz
CDN AF4
CDN for 4 unscreened unbalanced lines, banana conn, 63VAC / 100V DC, 1.5A, 150kHz – 230MHz
CDN AF5
CDN for 5 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN AF6
CDN for 6 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN AF6-250V
CDN for 6 unscreened unbalanced lines, banana conn, 250V AC / 250V DC, 1.5A, 150kHz – 80MHz
CDN AF8
CDN for 8 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN AF10
CDN for 10 unscreened unbalanced lines, D-Sub15 conn, 63V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN AF15
CDN for 15 unscreened unbalanced lines, D-Sub15 conn, 63V AC / 100V DC, 1.5A, 150kHz – 80MHz
CDN AF25
CDN for 25 unscreened unbalanced lines, D-Sub25 conn, 63V AC / 100V DC, 1.5A, 150kHz – 80MHz
Special CDN
CDN CAN-4
CDN 4 CAN-Bus, 4-wire, unscreened, 48V, 2A (supply lines, pins 3 (GND) and 9(V+)) and 48V, 2A (CAN-BUS lines, pins 2 CAN-L and 7 CAN-H), 150kHz – 230MHz, Sub-D9 connector
CDNE for emission measurement on luminaries according EN 55015
CDNE M2
CDNE with tight tolerances for CISPR 15 emission measurements with 2 mains conductors can also be used as CDNE AF2.
CA CDNE M2 Part A Part A of the calibration or short adapter for CDNE M2
CA CDNE Part B
Part B of the calibration or short adapter for CDNE M2 or M3
SR100-6W
Adapter 150 to 50 Ohm for CDNE or ISN e.g. ISN S8 or CDNE M2, 0-500 MHz, 6W, connectors: BNC female, 4 mm security banana jack.
CDNE M3
CDNE with tight tolerances for CISPR 15 emission measurements with 3 mains conductors.
CA CDNE M3 Part A
Calibration or short adapter for CDNE M3 part A.
CDN for IEC 60945 or EN 61326-3-2 10kHz – 80MHz
CDN M1-10kHz
CDN for Earth conductor 250V AC / 1,000V DC, 16A, 10kHz – 80MHz
CDN M2-10kHz
CDN for two mains supply lines 250V AC / 1,000V DC, 16A, 10kHz – 80MHz
CDN M2-10kHz/500V
CDN for two mains supply lines 500V AC / 1,000V DC, 16A, 10kHz – 80MHz
CDN M3-10kHz
CDN for three mains supply lines 250V AC / 1,000V DC, 16A, 10kHz – 80MHz
CDN T2-10kHz
CDN for unscreened balanced pair, RJ11/banana conn, 63V AC / 100V DC, 1.5A, 10kHz – 80MHz
CDN T8-10kHz
CDN for 4 unscreened balanced pairs, RJ45 conn, 63V AC / 100V DC, 1.5A,10kHz – 80MHz
CDN AF2-10kHz
CDN for 2 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 10kHz – 80MHz
CDN AF3-10kHz
CDN for 3 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 10kHz – 80MHz
CDN AF4-10kHz
CDN for 4 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 10kHz – 80MHz
CDN AF6-10kHz
CDN for 6 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 10kHz – 80MHz
CDN AF8-10kHz
CDN for 8 unscreened unbalanced lines, banana conn, 63V AC / 100V DC, 1.5A, 10kHz – 80MHz
Calibration or short adapters for CDN
CWS-CAL
Basic calibration kit including 1ea R-100N, 1ea 50cm BNC cable, plastic case
R-100N
Adapter 150-to-50 Ohm for CDN including aluminum angle
CA M1
Calibration adapter for all CDN M1 models, EUT port and AE port
CA M2/M3/AF3(N)
Calibration adapter for CDN M2-32A (AE port only), M3, M3-32A (EUT port and AE port), CDN M2/M3 (EUT port only) and CDN AF3 (EUT port and AE port)
CAA M2/M3N
Cal kit for CDN M2/M3, CDN M2 and CDN M3 (AE-port only) incl. 1ea Adapter IEC 60320, 1ea R-100N, 1ea T-50
CA T2/AF2/M2N
Calibration adapter for CDN T2, AF2 (EUT port and AE port) and M2 and M2-32A (EUT port only)
CA M2/50-100
Calibration adapter for CDN M2-50A, M2-75A and M2-100A (EUT port and AE port)
CA M3/50-100
Calibration adapter for CDN M3-50A, M3-75A and M3-100A (EUT port and AE port)
CA T4/AF4/M4
Calibration adapter for CDN T4 and CDN AF4 (EUT port and AE port), CDN M4 and CDN M4-32A (AE port)
CA M4N
Calibration adapter for CDN M4 N and CDN M4 PE (EUT port)
CA M4/50-100
Calibration adapter for CDN M4-50A, M4-75A and M4-100A (EUT port and AE port)
CA AF5/M5
Calibration adapter for CDN AF5 (EUT port and AE port) and CDN M5 (AE port), M5-32A (AE port) and former CDN M5(16A) (EUT port and AE port)
CA M5N
Calibration adapter for CDN M5 and M5-32A (EUT port)
CA M5/50-100
Calibration adapter for CDN M5-50A, M5-75A and M5-100A (EUT port and AE port)
CA T8RJ45
Calibration adapter for CDN T8RJ45 (EUT port and AE port)
CA AF8
Calibration adapter for CDN AF8 and T8-3A (EUT port and AE port)
CA AF10
Calibration adapter for CDN AF10 (EUT port and AE port)
CA S1
Calibration adapter for CDN S1
CA S2/S4
Calibration adapter for CDN S2 BNC and CDN S4 BNC
CA S4-USB
Calibration adapter for CDN S4-USB
CA S8-RJ45
Calibration adapter for CDN S8RJ45
CA S9/S15/S25
Calibration adapter for CDN S9, CDN S15 and CDN S25
CA S37
Calibration adapter for CDN S37
Remark:
For CDN S-Type only one calibration adapter is required, for all other types the standard recommends to also terminate the AE port. One piece of calibration adapter is automatically included in the delivery of every Luethi CDN
CA EM
Cal kit. for EM 101 incl. 1ea R-100N, 1ea T-50, 1ea connection cable (requires CWS CAL or additional R-100N) See also  “Cable EM/FTC 101” as additional option.
Cable EM/FTC 101
Cable with a length of 1750mm to calibrate an EM 101 together with a FTC 101 (Additional option for item CA EM)
 
Decoupling clamps and absorbing clamps to measure disturbance power
MDS 21 B
Absorbing clamp 30 – 1000MHz as per CISPR 16 for automatic operation, including 5m measuring cable, N-connector
FTC 40X15 E
Decoupling clamp, 1 – 1000MHz as per CISPR 16 or CISPR 22
MDS 22
Absorbing clamp 300MHz – 2.5GHz (3GHz) as per CISPR 16
EM 101
RF Injection clamp, (10kHz) 150kHz – 1000MHz, 100W, 4 kV, max. cable diameter 22mm as per IEC 61000-4-6.
FTC 101
Decoupling clamp for EM 101 RF injection clamp
Dummy Lamps according to CISPR 15 EN55015
LN G23
Socket LN G23 according to figure 4 e CISPR 15, socket length 47 mm, tube sets of the RS G23 / xxx series required.
RS G23 / 85
Tube set for LN G23, max. length of lamp according to IEC 85 mm, length of tube 38 mm, Tube diameter 13 mm, 5 W.
RS G23 / 115
Tube set for LN G23, max. length of lamp according to IEC 115 mm, length of tube 68 mm, Tube diameter 13 mm, 7 W.
RS G23 / 145
Tube set for LN G23, max. length of lamp according to IEC 145 mm, length of tube 98 mm, Tube diameter 13 mm, 9 W.
RS G23 / 215
Tube set for LN G23, max. length of lamp according to IEC 215 mm, length of tube 168 mm, Tube diameter 13 mm, 11 W.
single capped quadruple tube dummy lamps with socket G24
LN G24
Socket LN G24 according to figure 4 f CISPR 15, socket length 45 mm, tube sets of the RS G24 / xxx series required.
RS G24 / 95
Tube set for LN G24, max. length of lamp according to IEC 95 mm, length of tube 50 mm, Tube diameter 13 mm, 10 W.
RS G24 / 130
Tube set for LN G24, max. length of lamp according to IEC 130 mm, length of tube 85 mm, Tube diameter 13 mm, 13 W.
RS G24 / 150
Tube set for LN G24, max. length of lamp according to IEC 150 mm, length of tube 105 mm, Tube diameter 13 mm, 18 W.
RS G24 / 170
Tube set for LN G24, max. length of lamp according to IEC 170 mm, length of tube 125 mm, Tube diameter 13 mm, 26 W.
single capped twin tube dummy lamps with socket 2G11
LN 2G11
Socket LN 2G11 according to figure 4 d CISPR 15, socket length 67 mm, tube sets of the RS 2G11 / xxx series required.
RS 2G11 / 225
Tube set for LN 2G11, max. length of lamp according to IEC 225 mm, length of tube 158 mm, Tube diameter 15 mm, 18 W.
RS 2G11 / 320
Tube set for LN 2G11, max. length of lamp according to IEC 320 mm, length of tube 253 mm, Tube diameter 15 mm, 24 W.
RS 2G11 / 415
Tube set for LN 2G11, max. length of lamp according to IEC 415 mm, length of tube 348 mm, Tube diameter 15 mm, 36 W.
RS 2G11 / 535
Tube set for LN 2G11, max. length of lamp according to IEC 535 mm, length of tube 468 mm, Tube diameter 15 mm, 55 W.
Linear dummy lamps 15 mm diameter with socket G5
LN G5
Pair of sockets LN G5 according to figure 4 c CISPR 15, socket length 20 mm each, tube sets of the RS G5 / xxx series required.
RS G5 / 136
Tube set for LN G5, max. length of lamp according to IEC 136 mm, length of tube 96 mm, Tube diameter 15 mm, 4 W.
RS G5 / 212
Tube set for LN G5, max. length of lamp according to IEC 212 mm, length of tube 172 mm, Tube diameter 15 mm, 6 W.
RS G5 / 288
Tube set for LN G5, max. length of lamp according to IEC 288 mm, length of tube 248 mm, Tube diameter 15 mm, 8 W.
RS G5 / 517
Tube set for LN G5, max. length of lamp according to IEC 517 mm, length of tube 477 mm, Tube diameter 15 mm, 13 W.
RS G5 / 549
Tube set for LN G5, max. length of lamp according to IEC 549 mm, length of tube 509 mm, Tube diameter 15 mm, 14 W.
RS G5 / 849
Tube set for LN G5, max. length of lamp according to IEC 849 mm, length of tube 809 mm, Tube diameter 15 mm, 21 W.
RS G5 / 1449
Tube set for LN G5, max. length of lamp according to IEC 1449 mm, length of tube 1409 mm, Tube diameter 15 mm, 35 W.
Linear dummy lamps 20 mm diameter with socket G13 / 25
LN G13 / 25
Pair of sockets LN G13 according to figure 4 a CISPR 15, socket length 75 mm each, tube sets of the RS G13 / 25 / xxx series required.
RS G13 / 25 / 438
Tube set for LN G13 / 25, max. length of lamp according to IEC 438 mm, length of tube 288 mm, Tube diameter 20 mm, 15 W.
RS G13 / 25 / 590
Tube set for LN G13 / 25, max. length of lamp according to IEC 590 mm, length of tube 440 mm, Tube diameter 20 mm, 18 W.
RS G13 / 25 / 720
Tube set for LN G13 / 25, max. length of lamp according to IEC 720 mm, length of tube 570 mm, Tube diameter 20 mm, 16 W.
RS G13 / 25 / 895
Tube set for LN G13 / 25, max. length of lamp according to IEC 895 mm, length of tube 745 mm, Tube diameter 20 mm, 30 W.
RS G13 / 25 / 970
Tube set for LN G13 / 25, max. length of lamp according to IEC 970 mm, length of tube 820 mm, Tube diameter 20 mm, 36 W.
RS G13 / 25 / 1047
Tube set for LN G13 / 25, max. length of lamp according to IEC 1047 mm, length of tube 897 mm, Tube diameter 20 mm, 38 W.
RS G13 / 25 / 1200
Tube set for LN G13 / 25, max. length of lamp according to IEC 1200 mm, length of tube 1050 mm, Tube diameter 20 mm, 36 W.
RS G13 / 25 / 1500
Tube set for LN G13 / 25, max. length of lamp according to IEC 1500 mm, length of tube 1350 mm, Tube diameter 20 mm, 58 W.
Linear dummy lamps 28 mm diameter with socket G13 / 38
LN G13 / 38
Pair of sockets LN G13 according to figure 4 a CISPR 15, socket length 75 mm each, tube sets of the RS G13 / 38 / xxx series required.
RS G13 / 38 / 590
Tube set for LN G13 / 38, max. length of lamp according to IEC 590 mm, length of tube 440 mm, Tube diameter 28 mm, 20 W.
RS G13 / 38 / 970
Tube set for LN G13 / 38, max. length of lamp according to IEC 970 mm, length of tube 820 mm, Tube diameter 28 mm, 25 W.
RS G13 / 38 / 1200
Tube set for LN G13 / 38, max. length of lamp according to IEC 1200 mm, length of tube 1050 mm, Tube diameter 28 mm, 115 W.
RS G13 / 38 / 1500
Tube set for LN G13 / 38, max. length of lamp according to IEC 1500 mm, length of tube 1350 mm, Tube diameter 28 mm, 140 W.
RS G13 / 38 / 1800
Tube set for LN G13 / 38, max. length of lamp according to IEC 1800 mm, length of tube 1650 mm, Tube diameter 28 mm, 160 W.
RS G13 / 38 / 2400
Tube set for LN G13 / 38, max. length of lamp according to IEC 2400 mm, length of tube 2250 mm, Tube diameter 28 mm, 125 W.
single capped twin tube dummy lamps with socket 2G7
LN 2G7
Socket LN 2G7, socket length 47 mm, tube sets of the RS 2G7 / xxx series required.
RS 2G7 / 85
Tube set for LN 2G7, max. length of lamp according to IEC 85 mm, length of tube 38 mm, Tube diameter 13 mm, 5 W.
RS 2G7 / 115
Tube set for LN 2G7, max. length of lamp according to IEC 115 mm, length of tube 68 mm, Tube diameter 13 mm, 7 W.
RS 2G7 / 145
Tube set for LN 2G7, max. length of lamp according to IEC 145 mm, length of tube 98 mm, Tube diameter 13 mm, 9 W.
RS 2G7 / 215
Tube set for LN 2G7, max. length of lamp according to IEC 215 mm, length of tube 168 mm, Tube diameter 13 mm, 11 W.
U-shape tube dummy lamps with socket 2G13
LN 2G13
Socket LN 2G13, socket length 75 mm, tube sets of the RS 2G13 / xxx series required.
RS 2G13 / 310
Tube set for LN 2G13, max. length of lamp according to IEC 310 mm, length of tube 235 mm, Tube diameter 20 mm, 20 W.
RS 2G13 / 607
Tube set for LN 2G13, max. length of lamp according to IEC 607 mm, length of tube 532 mm, Tube diameter 20 mm, 40 W.
RS 2G13 / 765
Tube set for LN 2G13, max. length of lamp according to IEC 765 mm, length of tube 690 mm, Tube diameter 20 mm, 65 W.
Circular dummy lamps
LN G10q / 28 / 216
Complete circular dummy lamp according to figure 4 b CISPR 15, max. diameter of lamp according to IEC 216 mm, Tube diameter 20 mm, 22 W.
LN G10q / 32 / 311
Complete circular dummy lamp according to figure 4 b CISPR 15, max. diameter of lamp according to IEC 311 mm, Tube diameter 28 mm, 32 W.
LN G10q / 32 / 413
Complete circular dummy lamp according to figure 4 b CISPR 15, max. diameter of lamp according to IEC 413 mm, Tube diameter 28 mm, 40 W.
single pin linear dummy lamps with socket Fa6
LN Fa6
Pair of sockets LN Fa6, socket length 75 mm each, tube sets of the RS Fa6 / xxx series required.
RS Fa6 / 590
Tube set for LN Fa6, max. length of lamp according to IEC 590 mm, length of tube 440 mm, Tube diameter 28 mm, 16 W.
RS Fa6 / 1200
Tube set for LN Fa6, max. length of lamp according to IEC 1200 mm, length of tube 1050 mm, Tube diameter 28 mm, 32 W.
RS Fa6 / 1500
Tube set for LN Fa6, max. length of lamp according to IEC 1500 mm, length of tube 1350 mm, Tube diameter 28 mm, 50 W.
related equipment
Conical cover
Test fixture for energy saving lamps with E27 socket according to figure 7 b CISPR 15
Conical Cover Option E14
Additional adapter E27-E14 to insert E14 lamps into the conical cover.
Conical Cover Option B22d
Additional adapter E27-B22d to insert B22d lamps (common in Great Britain) into the conical cover.
Schwarzbeck Mess-Elektronik
Calibration price list
Examples
CAL BIC 1ST SET UP
Calibration of a biconical antenna. Quasi free space antenna factor and gain. First test distance: far field, reference point: center of the Biconic antenna.
VHA 9103 B w. BBA 9106, UBAA 9114 w. BBUK 9139, VUBA 9117, SBA 9119, HK116, POD16, POD618, EMCO 9104C, 3109, VBA 6106A, SAS-540
CAL LOG 1ST SET UP
Calibration of a log-Periodic antenna. Quasi free space antenna factor and gain. First test distance: 3 m, reference point: center of the log-Periodic antenna.
VULP 9118 A, USLP 9143, VUSLP 9111, HL223, HL040,   EMCO   3148   B, 3144,   3147,   UPA   6108, 6109, SAS-512
CAL LOG 2ND SET UP
Calibration of a log-Periodic antenna. Quasi free space antenna factor and gain. Further test distance: 1 m, reference point: tip of the log-Periodic antenna.
VULP 9118 A, USLP 9143, VUSLP 9111, HL223, HL040,   EMCO   3148   B, 3144,   3147,   UPA   6108, 6109, SAS-512
CAL HYBR 1ST SET UP
Calibration of a hybrid or Biconilog or Logbicon antenna. Quasi free space antenna factor and gain. First test distance: 3 m, reference point: center of the hybrid antenna.
VULB 9168, VULB 9163, CBL  6111, 6112, 6141, R&S HL562, EMCO 3142, SAS-521
CAL HYBR 2ND SET UP
Calibration of a hybrid or Biconilog or Logbicon antenna. Quasi free space antenna factor and gain. Further test distance: 10 m reference point: center of the hybrid antenna.
VULB 9168, VULB 9163, CBL  6111, 6112, 6141, R&S HL562, EMCO 3142, SAS-521
CAL HORN 1ST SET UP
Calibration  of  a  horn  antenna.  Quasi free space antenna factor and gain. First test distance: 1 m, reference point: front plane of the horn antenna.
BBHA 9120 D, BBHA 9120 E,    EMCO    3106,    3115, 3116, 3117, R&S HF907,
CAL HORN 2ND SET UP
Calibration  of  a  horn  antenna.  Quasi free space antenna factor and gain. Further test distance: 3 m, reference point: front plane of the horn antenna.
BBHA 9120 D, BBHA 9120 E,    EMCO    3106,    3115, 3116, 3117, R&S HF907
CAL ROD
Calibration of the antenna factor of an active rod antenna with calibration adapter. (Distance not applicable)
VAMP 9240, VAMP 9243, EMCO 3301, R&S HFH2- Z1, HFH2-Z6
CAL LOG SPIRAL
Calibration of a conical log.-spiral antenna. Quasi free space antenna factor and gain. First test distance: 1 m, reference point: tip of the log.-spiral antenna.
HLX   0810,   CLSA   0110, EMCO 3101, 3102, 3103
CAL DIPOLE FIRST
Calibration of gain and antenna factor of a half wave dipole for the first frequency. The element length is tuned to the first required frequency.
VHA 9103, UHA 9105, UHA 9125    C,    VDA    6116A, EMCO 3121D
CAL DIPOLE FURTHER
Calibration of gain and antenna factor of a  half  wave  dipole  for  further frequencies.  The   element   length   is tuned  to  the  related  frequency  each time.
VHA 9103, UHA 9105, UHA 9125 C, VDA  6116A, EMCO 3121D
CAL UHA
9125 D
Calibration of gain and antenna factor of a half wave dipole UHA 9125 D with 6 sets of fixed length elements. Settings for total element length LE and short: LE: 140 mm Short: Removed. LE: 114 mm, Short: Removed. LE: 90 mm Short: 45 mm. LE: 72 mm Short: 36 mm. LE: 60 mm Short: 30 mm. LE: 48 mm Short: 24 mm.
UHA 9125 D
CAL VHAP/UHAP
Calibration of gain and antenna factor for a pair of 2 antennas measured in a calibration adapter, frequency range: 30-300 MHz or, 300-1000 MHz.
VHAP, UHAP, R&S HZ-12, HZ-13
CAL EFS 9218
Calibration of the antenna factor of an EFS 9218 in a Crawford cell.
EFS 9218
CAL VUFM
Calibration of an electric field probe VUFM 1670 (eventually with LCD unit VUFM 1671 or GPIB unit VUFM 1672). At 10 MHz we calibrate 15 different field strength levels that are produced by a TEM cell.
VUFM  1670,  VUFM  1671, VUFM 1672
CAL 9122 LW MW KW
Calibration of a HFBA 9122 with elements in a range 100 kHz to 30 MHz in a TEM cell.
HFBA 9122
CAL MAG LOOP RX
Calibration of the magnetic antenna factor and the fictitious electric field antenna factor of an Rx loop.
FMZB 1516, HFH2-Z2, HLA 6120, EMCO 6502
CAL HFS HMDA
Calibration of a magnetic field probe like HMDA 1545, FMZB 15xx series or HFS 1546  in  a  calibration  adapter  or  in  a TEM cell.
HMDA  1545,  FMZB  1538, HFS 1546
CAL FESP
Calibration of a monitor loop: The conversion factor from magnetic field strength to voltage across 50 Ohm is determined. For a radiating loop the conversion factor from current to magnetic field strength in a certain distance is determined.
FESP  5133,  FESP  5132, FESP  5134,  FESP  5133-7/41,  F-304,  F-305,  7605, 7606
CAL HHS
Calculation of the conversion factor from current to magnetic field (coil factor) in the center of a square or circular pair of Helmholtz   coils   if   the   geometry  is known. Additionally measurement of the coil factor.
HHS 5204-36, HHS 5204-
12, HHS 5215, HHS 5218,
6402, 6404
CAL HFCD HXYZ
Calibration of the conversion factor in dBOhm of the transmission between a calibration dipole and a large 3 dimensional van Veen loop antenna according EN 55016-1-4:2007 + A1:2008 C.4 for 3 perpendicular directions.
HXYZ  9170,  HFCD  9171, HM020, HM020Z3, RF-300
CAL DAF BIC
Calibration of the Dual antenna factor of a pair of biconical antennas according to the 2-antenna-method. The sum of the antenna factors of the pair is determined and divided by 2. Test distance: 3 m between the centers of the biconical antennas. Quasi free space conditions.
A pair of VHBB 9124 with BBA 9106, a pair of HK116
CAL DAF LOG
Calibration of the Dual antenna factor of a pair of log-Periodic-antennas according to the 2-antenna-method. The sum of the antenna factors of the pair is determined and divided by 2. Test distance: 3 m between the centers of the log-Periodic- antennas. Quasi free space conditions.
A pair of VULP 9118 A, A
pair of VUSLP 9111
CAL SITE REF
Calibration of the site reference based on the antenna combination of a small biconical antenna as Tx and a hybrid antenna as Rx antenna 30-1000 MHz in a distance of 3 m form the center of the hybrid antenna for validation of a fully anechoic chamber according to CISPR16-1-4.
UBAA 9114 or UBAA 9115 w. elements BBUK 9139 with  VULB  9168  or  VULB 9163   or   CBL   6111   or
EMCO 3142 or HL562
CAL CROSS
Calibration  of   the   cross   polarization
XSLP  9142,  VULX  9163,
POLAR
rejection and the internal cross polarization decoupling of a dual polarized antenna.
XSLP 9143, BBHX 9120 E, BBHX  9120  LF,  3164-05, 3164-06, 3164-08
CAL VSWR
Calibration of the VSWR at the antenna connector.
All   antennas   and   many other devices
CAL PATTERN FIRST
Recording the directional pattern of an antenna in E-plane and H-plane for the first frequency.
SBA 9112, SBA 9113, SBA 9119, POD16, POD618
CAL PATTERN FURTHER
Recording the directional pattern of an antenna for any further frequency.
SBA 9112, SBA 9113, SBA 9119, POD16, POD618
Calibration prices for conducted measurements
Cal BBV
Calibration of the gain of a broadband preamplifier.
BBV  9742,  BBV  9718, PAM-0118, TS-PR1, TS- PR3, TS-PR7
CAL CABLE
Calibration of the attenuation of a coaxial cable or an attenuator.
AK   9513,   AK   9515   G, Sucoflex 104, RG223
CAL VTSD
Calibration of the attenuation of a pulse limiter.
VTSD 9561 F, VTSD 9561 D, PL-01, ESH3-Z2
CAL SY 9501
Calibration of the attenuation between 2 ea SY 9501
SY 9501
CAL TK
Calibration of the insertion loss of a HF voltage probe
TK 9420, SHC, ESH2-Z3
CAL V-LISN 1
Calibration of the magnitude of the impedance at DuT terminals (BNC terminated with 50 Ohm) and calibration of the transmission from the DuT terminals   to   BNC   according   to   EN
55016-1-2:2004 + A1:2005.
NSLK 8127, ENV216, ESH3-Z5, NSLK 8126, ESH2-Z5, NSLK 8128, ENV4200, NNLK 8129, NNLK 8130, NNBM 8125, NNBM 8126 D, ESH3-Z6, NNBL 8226
CAL V-LISN 2
Additionally to CAL V-LISN 1: Calibration of the phase of the impedance at DuT terminals and calibration of the isolation between mains terminals and DuT terminals or BNC connector respectively according to EN 55016-1-2:2004 + A2:2006.
NSLK 8127, ENV216, ESH3-Z5, NSLK 8126, ESH2-Z5, NSLK 8128, ENV4200, NNLK 8129, NNLK 8130
CAL ISN 1
Transmission EuT to BNC, AE to BNC @  EuT  open,  AE  to  BNC  @  EuT shorted. Common mode (asymmetrical) impedance at EuT terminals, BNC terminated with 50 Ohm.
NTFM  8131,  NTFM  8132, NTFM 8136
CAL ISN 2
Longitudinal Conversion Loss LCL at the EuT Terminals
NTFM 8132, NTFM 8136
CAL CDN Z
Calibration of the impedance of a CDN.
L801M2, L801AF2,L 801S8
CAL CDN K
Calibration  of  the  k-factor  of  a  CDN additionally to its impedance.
L801M2, L801AF2, L801S8
CAL EM 101 ATT/DECOU
Calibration of an EM 101: Attenuation N- connector-EuT-cable and decoupling (absorber effectiveness).
EM 101, F-2031, KEMZ 801
CAL CVP
Calibration  of  the  insertion  loss  of  a capacitive voltage probe CVP 9222.
CVP 9222, CVP 2200
CAL SW
Calibration of the transfer impedance or the insertion loss of a current clamp.
SW 9602, SW 9605, F-33-2, EZ-17
CAL FTC 101
Calibration of the insertion loss in a 50
Ohm System in a jig
FTC-101
CAL IGLK/IGU
Calibration  of  an  IGLK  2914  or  IGU 2912.
IGU 2912, IGLK 2914
CAL IGUF
Calibration of an IGUF 2910.
IGUF 2910
CAL IGUU
Calibration of  a pulse generator IGUU 2916. Output level of the main and aux.- generator across 50 Ohm at Quasi peak detection in all bands.
IGUU 2916, IGUU 2918
CAL KU 9616
Calibration of  the  attenuation of  a KU 9616 or a KU 9618.
KU 9616, KU 9618
CAL MDS 1
Calibration of the insertion loss according to CISPR 16-1-3 Ed. 2.0 in large jig with secondary absorbing device and calculation of the Clamp Factor CForig, which is finally needed for correction purposes during disturbance power measurements. Please send  the  MDS 21, the coaxial cable and the 6 dB attenuator. The attenuation of cable and attenuator  will  then  be  taken  into account.
MDS  21,  Kyoritsu  KT-10, AMZ 41A
CAL MDS 22
Calibration of  the  insertion loss in the calibration jig.
MDS 22
CAL MG
Calibration  of  the  output  level  of  a tracking generator vs. frequency.
MG 1522
CAL REC A,B
Calibration of an EMI receiver Band A and B. Calibration of the available detectors Quasi Peak, Peak, Average, CAV and CRMS at sine or pulse signals. Step attenuator calibration, passband selectivity and random noise.
FCKL 1528, ESH2
CAL REC C,D,E
Calibration of an EMI receiver Band C and D (and E). Calibration of the available detectors Quasi Peak, Peak, Average, CAV and CRMS at sine or pulse  signals.  Step  attenuator calibration, passband selectivity and random noise.
FCVU 1534, ESV
CAL REC A,B,C,D,E
Calibration of an EMI receiver Band A, B,  C,  D  and  E.  Calibration  of  the available detectors Quasi Peak, Peak, Average, CAV and CRMS at sine or pulse  signals.  Step  attenuator calibration, passband selectivity and random noise.
FCLE 1535, ESCS30
CAL SG
Calibration of the voltage level across 50 Ohm of a spectrum generator SG 9301.
SG 9301, SG 9302