6243/6013 Digital Capacitance LCR meter Handheld capacitor transistor tester LCD Backlight diode capacimetro Multi-meter(RUOSHUI 6243)

RUOSHUI 6243 Digital Capacitance LCR meter Handheld capacitor transistor esr tester LCD Backlight diode capacitator Multi-meter SUMMARIZE The meter is a stable Multi-meter with 3 2/1 LCD display, It uses the LCD with 26mm high make the reading clearly .unit symbol displaying. The meter is used to measure inductance and capacitance .It takes dual-integral A/D convert as key point. Using large scale integrated circuit .It’s an ideal tool for lab, factory and family. RUOSHUI 6013 Digital LC Meter Capacitance Resistance Multi-meter Digital Handheld With 20000uF Display Inductance Test LCR Main Feature Easy and correct readout. ◇High measuring accuracy. ◇Measurements are possible even under a strong magnetic field. ◇LSI-circuit provides high reliability and durability. ◇Input overload protection is provided. ◇LCD display for low power consumption and clear readout even in bright ambient light conditions. ◇In-line pushbuttons allow one hand operation. ◇Light-weight and compact construction for easy operation. ◇Low battery condition is indicated on the LCD display. SPECIFICATIONS Display :LCD (Liquid Crystal Display) Max. Indication 1999. Measurement :C (Capacitance) Range :single 9 position, whole range value (from 0.1pF to 20000uF) Zero Adjustment :Manual (range:±20pF) Calibrate Adjustment :Have two internal adjustment. One is panel Zero adjustment. Over-input :Display shows “1”. Backlight Function: it went out by itself within 8 seconds. Sampling Time :0~5second Operating Temp :0℃ to 40℃. Operating Humidity :80% MAX.R.H. Power Supply :Single, standard 9 volt battery. NEDA 1604IEC6F22 Typical consumption current :3~4mA (RANGE:200pF-200uF)

• With 3 2/1 LCD display, It uses the LCD with 26mm high make the reading clearly
• Displaying: LCD displaying. Max. displaying: 1999(3 1/2 digit)auto polarity indication.
• Sampling rate: approx. 3 times/second.
• Measuring method: dual slope A/D conversion.
• High measuring accuracy. Measurements are possible even under a strong magnetic field.