MK-168 Транзистор тестер дома NPN Триод измерения емкости ESR MOS метр PNP индуктивность Сопротивление напряжения инструмент

Description:
Automatically detect NPN, PNP bipolar transistors , N-channel and P-channel MOS FET, JFET, diodes, two diodes, thyristors small power unidirectional and bidirectional thyristor.
Automatic identification components pin arrangement .
Measuring bipolar transistor current amplification factor and base - emitter threshold voltage.
Via the base - emitter threshold voltage and high current amplification factor to identify Darlington transistors.
Can detect bipolar transistors and MOS transistors protection diodes.
Measuring the gate MOS FET threshold voltage and the gate capacitance.
Resistance measurement resolution is 0.1 ohms , 50M ohms can be measured .
Can measure capacitanceCan measure capacitance of 30pF-100mF , resolution 1pF.
2uF more capacitors can simultaneously measure the equivalent series resistance ESR values. The two can be displayed with a decimal value , resolution 0.01 ohms.
Can be in the correct order and the diode symbol display two diodes , and gives the diode forward voltage.
LED is detected as a diode forward voltage higher . Combo of the LED is identified as two diodes.
Eeverse breakdown voltage is less than 4.5V Zener diode can be identified.
Can measure a single diode reverse capacitance. If the bipolar transistor connected to the base and collector or emitter of a pin, it can measure the collector or emitter junction reverse capacitance .
Latest M328 version of the software ,more functions.
Use 8MHz external crystal , better measurement accuracy.
Backlight LCD display,only 2mA when stand by.
Main chip is the DIP, easy to DIY, update the mainchip .
One button operation, automatic shutdown .
Using 9V battery.
Specification:
Model: MK-168
Material: ABS
Color: as shown
Size(approx): 125X80X32(mm)
Package:
1 pc x transistor tester
Note:
1. Due to the light and screen difference, the item's color may be slightly different from the pictures.
2. Please allow 1-2 cm differences due to manual measurement.