ZT-MD1 ZOYI
- Stock: In Stock
- Model: Mini Digital Tweezer 10KHz
SPECIFICATION:
LCR Tweezers Bridge Tester ZOTEK ZT-MD1,
Lithium battery power supply, component automatic identification,
Diode measurement, Adjustable highest accuracy:0.5%". Up to 9999
characters, Resistance:10mo-10MQ, inductance:1uH-60H(Q value,EsR),
Frequency:100Hz-10KHzadjustable,
Capacitance:1pF-20mF(Dvalue,ESR)
The ZT-MD1 Tweezers bridge tester has many application scenarios. Such as product development, maintenance industry, education industry, product testing, electronics industry, medical industry. You can get all the measurements for:\
Product Description:
This product is a mini digital LCR tweezer multimeter; powered by lithium
polymer battery for extended operation and standby time. It features an OLED
display for clear interface. It intelligently identifies and accurately
measures resistance, capacitance, and inductance with a wide measurement range
and high precision. The compact and elegant design allows for easy portability.
The tweezer's flexible measuring arms with detachable gold plated tips ensure
flexible and reliable operation. It is suitable for various SMD or other LCR
parameter measurements.
The product offers user calibration learning mode, allowing users to calibrate
based on standard resistors. Factory calibration data can be restored by
resetting to factory settings if needed.
Product Parameter:
*1.Product Model:ZT-MD1
*2.Capacitance range: 1pF-20mF
*3.Inductance range: 1μh-60H
*4.Resistance range: 1mΩ-10MΩ
*5.Diode: On voltage 0.7V
*6.Frequency test: 100Hz, 1kHz, 10KHz
*7.Level test: 0.3V, 0.6V RMS
*8.Parameter display: L、C、R、D、Q、RS
*9.Display: 1.14'' color screen
*10.Charging Interface: Type-C, 5V/A
*11.Power Supply: 400mAh lithium battery
*12.Auto recognition measurement: Support
*13.Replaceable tweezer head: Support
*14.Auto shutdown: Support
*15.Data hold: Support
*16.History record: Connect to PC to view and export
*17.Language: Chinese, English
*18.Size: 146*30*18mm
*19.Gear Position: Auto Range, Resistance Range, Capacitance Range, Inductance
Range, Continuity
Range