CAR TG20 FORD Transients per. RI130, CI220 and CI 260

The transient generator CAR-TG 20 is designed according to strict specifications of Ford standards. As per standards FORD FMC1278 and EMC-CS-2009.1 the transient tests defined in RI130, CI220 and CI 260 are generated by CAR-TG20. By that is meant pulse forms: A1, A2-1, A2-2, C-1, C-2, and F.
Therefore, a specified 12VAC Potter & Brumfield relay as well as other parts defined by standard create pulses that are close to real appearing transients.

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TEST STANDARDS:

Data Sheet

SPECIFICATIONS

 

TRANSIENT IMMUNITY TEST GENERATOR CAR-TG 20

 

 

 

 

 

 

According to

FORD FMC 1278 RI130, CI220
EMC-CE-2009.1 RI130, CI220, CI260

 

 

 

 

 


General:

 

The transient generator CAR-TG 20 is designed according to strict specifications of Ford standards. As per standards FORD FMC1278 and EMC-CS-2009.1 the transient tests defined in RI130, CI220, and CI 260 are generated by CAR-TG20. By that is meant pulse forms: A1, A2-1, A2-2, C-1, C-2, and F. Therefore, a specified 12VAC Potter & Brumfield relay as well as other parts defined by standard create pulses which are close to real appearing transients.

A microprocessor-controlled 7" touch screen display unit is integrated and permits easy operation of the generator. The following parameters can be selected and varied:

 

Parameter

Variations

 
Standard routine RI130, CI220, CI260
Mode M1, M2, M3
Pulse form A1, A1-1, A1-2, C-1, C-2, F
Test time 1-1000s, infinity (Standard values predefined)
Operation Start / Pause / Stop

 

Depending on parameters selected, the internal SW0-SW4 of the standard are switched automatically, its state is also displayed in the screen. Modes M1 (rectangle) and M2, M3 (pseudo-random rectangle) are generated internally.

 

The CAR-TG 20 offers a battery Input on the left. Outputs for the DUT for pulse A1, A1-1, A1-2, C-1, and F are located on the right side. As well a coaxial bridge can be set between Terminal Pulse C and Sink to define Test CI200 or RI130.

 

For maintenance reasons, the Potter & Brumfield relay is easy to reach and changeable. Therefore a test time counter on that device is available to detect the end of life of that component. A reset button of that timer is also present.

 

 

The CAR-TG 20 excels by its compact design, simple handling, and precise reproducibility of test impulses.

 

 

Technical specifications:

CAR-TG 20

 

Mainframe

Microprocessor controlled touch panel 7”, capacitive
Mains power / BAT-IN 9V – 56 VDC
Dimensions, case, W * H * D 330*115*230 mm3
Weight 8kg
 

Technically:

 

 

Resistor R1 51Ω, 0,25W
Resistor R2 220Ω, 2W
Resistor R3 33Ω, 10W
Resisotr R4 6Ω, 50W
Capacitor C1 100nF PETP polyester film capacitor, 400V
Inductor L1 5 uH inductor (Osborne transformer #8745)
Inductor L2 100 mH inductor (Osborne transformer #32416)
Diode D1 Zener diode, 39V, 5W
Transistor Q1 NPN transistor
Switch SW0-SW4 Single Throw Switch
Relay RLY1 12 volt AC relay, NC contact used (Potter&Brumfield KUP-14A15-12)

 

 

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