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An electromagnetic reverberation chamber is a multifunctional EMC (Electromagnetic Compatibility) test facility for commercial, military, automotive testing, and other electromagnetic investigations. Also known as reverb chamber (RVC) or mode-stirred chamber (MSC) or, Vibrating intrinsic reverberation chamber (VRC). 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.

GTEMCELL Ltda shielded chambers are built up as modular construction. Due to individual modules, any size of the chamber can be realized. Big chambers may require an outer supporting structure or alternatively, the shielding material can be attached directly to the building. Panels are manufactured of 2,0 mm thickness hot galvanized sheet steel double bordered.

The Conformity Assessment Business Model DCS06 Test Generator has been designed to operate with its complementary injection clamp to fully meet the pulse requirements of DCS06 when tested into a 5? load. It operates from an intuitive touch screen interface and has full phase synchronization up to 800 Hz input frequency with 1-degree steps. It has been designed with future revisions of the test standard in mind.

The Conformity Assessment Business Model DCS12 Test Generator meets all the DCS12 wave verification parameters for testing DC, single and three-phase equipment, that is source impedance and verification of damping and frequency when measured into a 10 Ω load. Output amplitude is software adjustable with permanent memory, should re-alignment be needed during calibration. 

  • There are three fixed outputs: 600 V, 750 V, and 2500 V
  • 15.9 kHz ±10 %
  • 10.9 kHz ±10 %

  • Small biconical microwave antenna
  • (1) 3 - 18 GHz
  • Compliant with CISPR 16-1-4 for site validation above 1 GHz
  • Including transport case
  • 10 W

  • VHBD 9134antenna holder/balun in combination with required elements:
    • Biconical Elements: BBLA 9136
    • Open-Cone Elements: BBFA 9146, FBAL 9178, BBAE 9179
  • high power antenna holder/balun
  • 50:200 Ohm
  • 20-200 MHz, 2.5 kW, Type N (f) Optional: 7/16-female 

 

  • VHBD 9133 antenna holder/balun in combination with required elements:
    • Biconical Elements: BBA 9106, BBLA 9136
    • Open-Cone Elements: BBFA 9146, FBAB 9177FBAL 9178, BBAE 9179
  • high power antenna holder/balun
  • 50:200 Ohm
  • 20-300 MHz, 1 kW, Type N (f) 

 

  • VHBB 9124 antenna holder/balun in combination with required elements:
    • Biconical Elements: BBA 9106, BBLA 9136, BBAK 9137, BBVK 9138
    • Open-Cone Elements: FBAB 9177, FBAL 9178, BBFA 9146
  • Better antenna factor for lower frequency end
  • 50:200 Ohm
  • 20-600 MHz(dependent on elements), 10 W, Type N (f) 

 

  • Low cost 2 path LISN 
  • Line Impedance Stabilisation Network
  • Connector: CEE 7/4 
  • 9 kHz to 30 MHz
  • 250 VAC, 350 VDC, 10 A 
  • (50 µH+5 Ω) || 50 Ω   
  • CISPR 16-1-2

  • Acc. to CISPR 25 Ed. 4, CISPR 16-1-2, DO 160, MIL-STD, or ISO 7637-2
  • impedance (5µH + 1 Ohm) || 50 Ohm
  • 70 A, 1000 V (DC)
  • Switchable 50Ohm Load on measurement port
  • 1 microfarad capacitor to ground on AE side
  • BNC-jack (Type N option)

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