DIY 테스트 메터기

(DIY Test Meter)

개요

  • 본 제품은 capacitor, resistor, inductance를 측정할 수 있는 DIY 테스트 메터입니다.
  • 테스트 메터기를 조립하는데 필요한 모든 부품이 포함되어 있습니다.
  • 조립을 마친 제품은 일반적인 저가의 메터기보다 낳은 성능을 보입니다.

특징

  • Measurement Range
    • Resistor: 0.5Ω ~ 50MΩ
    • Capacitor: 30pF ~ 100mF
    • Inductance: 0.01MH ~ 10H
  • Working voltage: can use 6FF22 9V Battery, or DC 5.5V ~ 12V via DC socket
  • Controller: ATmega328 (has been programmed)
  • Standby current: 0.02uA
  • Operating current: 25mA
  • auto power off delay
  • Shutdown current is only 20nA
  • support battery operation
  • Automatic detection PNP and NPN type bipolar transistors , N, P -channel MOSFET, JFET FET , diodes , two diodes, thyristors , resistors , capacitors , inductors.
  • Automatic detection pin definitions.
  • Measurement of the bipolar transistor current amplification factor (B) and conduction voltage emitter junction (Uf).
  • Darlington transistor may be identified by the amplification factor of the high threshold voltage and high current.
  • Can be detected inside the bipolar transistor and MOSFET protection diodes and displayed on the screen.
  • The threshold voltage and the MOSFET gate capacitance measurement.
  • Support two measuring resistors , the potential can also be measured .
  • If the potentiometer is adjusted to its end , the tester can not distinguish the two ends of the pin and the middle.
  • Resistance measurement resolution is 0.1Ohm , the highest measurement value of 50MOhm.
  • Capacitance measurement range from 25pf to 100mF (10UF). Resolution up to 1PF.
  • Can detect more than 2UF capacitor equivalent series resistance (ESR), with a resolution of 0.01Ohm.
  • This feature is very important for the detection capacitor performance.
  • You can display symbols of the two diodes in the right direction , also shows the forward voltage drop.
  • LED detection of diode forward voltage drop higher than normal.
  • Dual LED detected as double diodes.
  • Simultaneous detection of light-emitting diodes will flash.
  • Each test time is about two seconds , only large capacitance and inductance measurements will take a long time.

문서

연관제품