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GJB 298 military vehicle transient interference simulator is a simulation generator integrating ripple voltage, start-up disturbance voltage, surge voltage and peak voltage. The product is designed according to gjb298, which provides a reliable basis for the transient interference test of military vehicles. Ripple voltage is the voltage change of regular or irregular or both within a certain voltage range when the DC power supply system works in a steady state. Starting disturbance voltage refers to the undervoltage change of the voltage deviating from the steady-state voltage caused by the meshing of the starting motor gear and the engine ring gear during the starting of the engine. Surge voltage refers to a voltage that deviates 🌠from the controlled steady-state voltage characteristics. When the generator and battery work in parallel or the generator works alone, it is generated by the inherent law of the power system and the compensation effect of the regulator. When the battery works alone, surge voltage may appear only when the load is switched. Spike voltage refers to the high-frequency oscillation voltage that deviates from the controlled steady-state voltage characteristics. It is produced by complex high-frequency current when switching inductive load.
Product model
control software
EUT capacity
Steady state voltage
Working power supply
Product size
Waveform category
Ripple voltage
Starting disturbance voltage
Surge voltage
Peak voltage in pulse
GJB 298
It can realize the parameter setting, writing, calling, running, stopping, report generation and other functions of the device.
0~36v DC adjustable, 10A
20v~30v (no fault condition), 23v~33v (single fault condition)
AC220V,50/60Hz
550*700*1350nn
Parameter category / no fault condition / single fault condition
Ripple voltage peak to peak / upper peak and lower peak should be less than 2V, that is, peak to peak should be less than 4V / both upper peak and lower peak should be less than 7V, that is, peak to peak should be less than 14V
Output frequency /1khz~300khz, frequency adjustable
Duration / manual control, continuous output
Initial meshing surge voltage /6~28v
Initial meshing surge voltage duration / ≤ 1s
Starting time /1~99s
Voltage during starting /16~33v
Surge peak voltage /4ov (overvoltage), 18V (undervoltage) /100v (overvoltage), 15V (undervoltage)
Surge voltage duration /50ms (overvoltage), 100ms (undervoltage) /50ms (overvoltage), 500ms (undervoltage)
Surge recovery time /5oms (overvoltage), 500ms (undervoltage) /200ms (overvoltage), 500ms (undervoltage)
Surge source impedance /20mq2/500 MQ
Test times /1~9999 times
Peak pulse peak electricity /28~ ± 250V adjustable
Rise time /<50ns
Duration /<5ous
Attenuation to steady-state voltage duration /1ms
Energy /<15mj
Internal resistance /50q
Time interval /20~9999ms
Test times /1~9999 times