The GTEMCELL GTEM-1750 is a TEM waveguide with the upper-frequency limit extended to the GHz range. It is under consideration as an alternative measurement facility for both radiated emission and immunity measurements. It is included in the standard IEC 61000-4-20 “Emission and Immunity Testing in Transverse Electromagnetic (TEM) Waveguides”. Compared to other measuring methods like EMC test in anechoic chambers or OATS (Open Area Test Sites), GTEM-cells offer some significant advantages for the testing of small and medium-sized EUT´s (Equipment Under Test) up to a frequency range of 20 GHz. Quick turn arounds of the EUT, as well as numerous testing variations, are easy and fast to handle. Switching from emission to immunity testing requires only simple adjustments from receiver input to the amplifier output.
PARTNER:
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TEST STANDARDS:
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GTEMCELL GTEM1750 – 1800
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The GTEMCELL GTEM-1750 is a TEM waveguide with the upper-frequency limit extended to the GHz range. It is under consideration as an alternative measurement facility for both radiated emission and immunity measurements. It is included in the standard IEC 61000-4-20 “Emission and Immunity Testing in Transverse Electromagnetic (TEM) Waveguides”. Compared to other measuring methods like EMC test in anechoic chambers or OATS (Open Area Test Sites), GTEM-cells offer some significant advantages for the testing of small and medium-sized EUT´s (Equipment Under Test) up to the frequency range of 20 GHz. Quick turn arounds of the EUT, as well as, numerous testing variations, are easy and fast to handle. Switching from emission to immunity testing requires only simple adjustments from receiver input to amplifier output. You are irrespective of long waiting times associated with off-site test labs or weather and ambient delays that can occur at OATS facilities. Whether you are at the design qualification, pre-compliance, compliance, or production sampling stage, the GTEM is the right choice for you! |
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GTEM 1750 – Main Technical Specifications / Max EUT Size |
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Frequency range |
0,01 MHz – 20GHz* |
Septum Height [mm]: |
1750 |
Max EUT Size (LxWxH)cm |
132x132x116 cm |
Defined test Vol. within 6dB |
58x58x58 cm |
Typical VSWR |
1:1,2 |
Typical VSWR at critical frequency |
<1:1,6 |
Max Input power, W continuous/*pulsed |
1000/*2Kw |
Input connector |
N or 7/16″ |
Nominal impedance |
50 |
Window in the door |
Diam.200 mm. |
Empty Technical panel |
N.1 Diam.200 mm. |
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Mechanical Dimensions |
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Outer LxWxH [cm]: |
820x428x283+20 trolley |
Door WxH [cm]: |
100×160/ (optional: 140×140) |
Weight Kg. Approx. |
1600 |
Wheeled undercarriage (Cost Option) |
25cm high |
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Electrical Specifications |
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Mains connectors |
Fix/CEE |
Main Switch |
16A magneto-thermal |
Input Socket plug |
16Aac (Single phase + ground) |
Output Socket EUT tape |
16Aac (Single phase + ground) |
Additional EUT sockets |
Optional |
Ground connection |
M6 bolt |
AC filter wires (Single PH+Ground) |
20Amp. 2 wires |
Channel for fiber optic leads |
3 couples |
RF feed-thru connector |
N double female type |
RF feed-thru SMA type connectors |
SMA double female type |
Indoor LED light |
30W |
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Electrical Equipment / Options |
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AC filter 30A/2 wire (2PH+Ground) |
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AC filter 16A/4 wires (3PH+N+Ground) |
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Electrical safety interlock |
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Customized filters on request |
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9-poles signal filter (DB9) |
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25-poles signal filter (DB25) |
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Channel for fiber optic leads (3 couple) |
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Additional RF feed-thru N-type connector |
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Additional RF feed-thru SMA type connector |
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RJ11 (RJ9) feed-thru connector |
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Technical panel pre-drilled for options |
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Video camera system |
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Mechanical Equipment / Options |
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Gas / Water feedthrough plates |
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Honeycomb panel |
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Fans N.1 12x12cm |
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Empty Technical panel Secondary doors: 40x40cm., 60x60cm, 80x80cm. |
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GTEM Power vs. Field
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GTEM´s Main differences from competitors:
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