TLP3547 Evaluation Board Evaluation Report_wjunlin

wjunlin

TLP3547 Evaluation Board Evaluation Report_wjunlin [Copy link]

  Test environment Room temperature, adjustable power supply, load DC small motor 1. Control end test, connect different voltage no-load test TLP3547 can achieve normal opening and closing, no obvious temperature rise was found! 1) DC5V no-load test [attach] 381370 [/attach] 2) DC12V no-load test [attach] 381371 [/attach] 3) DC24V no-load test [attach] 381372 [/attach] 4) No-load wiring diagram [attach] 381374 [/attach] 2. Load test 1) Connect DC5V-170mA_ to control the DC motor, the motor can work normally, and the relay has a slight temperature rise (lasting about 2 minutes) 2) Connect DC26.8V-270mA to control the DC motor. The motor can work normally. The relay has an obvious temperature rise and is hot to the touch (lasting about 2 minutes). The power supply has been adjusted to the maximum output, so the test is stopped. 3) Load test video · DC5V-170mA to control the DC motor: https://v.youku.com/v_show/id_XM ... m=a2hzp.8244740.0.0 · DC26.8V-270mA to control the DC motor: https://v.youku.com/v_show/id_XM ... m=a2hzp.8244740.0.0 Summary: When the control object is signal control, it can directly consider replacing the traditional relay; when the control object is a large current load, it is not recommended to use this relay because the temperature rise is too large and the relay has no heat dissipation considerations

qwqwqw2088

It is not recommended to use this relay when controlling a large current load. The temperature rise is too large. The test is good.

懒猫爱飞

Thanks for sharing!