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    Manufacturer

    Part Number or Numbers

    GTEM ITALIA TEM-CELLS

    Reliant EMC is proud to offer the following TEM Cells from GTEM Italia.

     

    Technical Specifications

    TEM 200

    TEM 500

    TEM 1000

    TEM 3000

    Frequency range

    DC-200 MHz

    DC-500 MHz

    DC-1GHz

    DC-3GHz

    Height under the plate

    30 cm

    10cm

    7.3cm

    2.35cm

    Dimensions (LxWxH)

    130x70x62cm

    60x30x22cm

    54x45x18cm

    15x8x6cm

    Max. Input power

    1,6KW long term

    1KW long term

    750W long term

    400W long term

    Field for a 25W amplifier

    118V/m

    350V/m

    475V/m

    1,4KV/m

    Impedance

    50 ohm

    50 ohm

    50 ohm

    50 ohm

    VSWR

    <1.1

    <1.1

    <1.2

    <1.2

    Return Loss

    >25dB

    >25dB

    >20dB

    >20dB

    Connector type

    N

    N

    N

    N or TNC, SMA

    Weight

    Approx. 40Kg

    Approx. 20Kg.

    Approx. 4,8Kg.

    Approx. 1,6Kg.

    Options

    Signal and power supply filter

    * Can be equipped with a test setup for IC or PCB acc. to SAE J1752-3

    GTEM ITALIA TEM Cell Matrix

    Transverse Electro Magnetic (TEM) cell or Crawford cell (named after its inventor) is used to generate accurate electromagnetic waves over a wide frequency range: DC (0 Hz) to GHz.

     

    EM waves generated in the cell propagate in transverse mode and have the same characteristics as a plane wave.

     

    TEM Cells can be used to calibrate E-field broadband probes for testing radiated E-field immunity as well as for measuring radiated emission from a product with a spectrum analyzer/EMI receiver.

     

    TEM cell generates a consistent electromagnetic field for testing small RF devices such as wireless pagers, receivers, portable phones, etc.

     

    An external test signal applied through the input port of the TEM cell generates a consistent and predictable (plane wave) test field inside the TEM cell.

     

    The radiation field emanating from a device (under test) located in the cell can also be detected through the signal generator port connected to an EMI receiver or a spectrum analyzer.

    The Equipment Under Test (EUT) is placed on the bottom ground plane as in Open Area Test Site (OATS) and in accordance with the shielded enclosure conditions.

     

    TEM cells are used in final compliance certification tests.

    The IEC 61000-4-3 EMC standard requires a TEM cell for radiated susceptibility and radiated emission tests.

    Integrated Circuits (IC), Micro Electro-Mechanical Systems (MEMS) devices and PCBs can also be tested according to the standard SAE J1752-3 .

     

    TEM cells can deliver an equivalent OATS performance inside the comforts of a lab with minimum OATS errors.

     

    The main advantage of a TEM cell over a strip-line is that the EUT is completely shielded (except a window to insert/monitor the EUT) from the external environment, thus producing results with negligible errors. This is one of the reasons why a TEM cell is qualified to perform final compliance tests.

    Frankonia Group Open TEM-Cells GTEM Italia TEM Cell Family Data Sheet

     Frankonia Group Open TEM-Cells GTEM ITALIA TEM Cell Analysis of the Field Homogeneity Data Sheet

     Frankonia Group Open TEM-Cells GTEM ITALIA TEM Cell and Stripline relation between cut off frequency and height under the plate Data Sheet