General Features / Specs
- Model: AN8205C
- Manufacturer: Aneng
- Colour: Red
- Multimeter Type: Manual Range Select
- Display: LCD with White Backlight
- Display Size: 45mm x 18mm
- Max Display Value: 1999
- Display Update Rate: 2 to 3 updates per second
- Temperature Measurement: ~(-20°C to +1300°C) ±3%
- hFE Measurement: PNP / NPN
- Other Features: On screen low battery indication / Data retention / Overload protection / Diode measurement
- Battery Type: 1x 9V 6F22 Battery (Not Included)
- Case Material: ABS
- Protective Sleeve Material: Silicone
- Operating Temperature: 0°C to +40°C
- Multimeter Dimensions: 142.8mm x 71.5mm x 34.6mm
Technical Features / Specs
DC Voltage (Range/Accuracy/Resolution):
- 200mV / ±(0.8%+3) / 100µV
- 2V / ±(0.8%+3) / 1mV
- 20V / ±(0.8%+3) / 10mV
- 200V / ±(0.8%+3) / 100mV
- 1000V / ±(0.8%+4) / 1V
- Overload Protection: 200mV Range – 250V RMS / Other Ranges – 1000V DC or RMS AC
AC Voltage (Range/Accuracy/Resolution):
- 200mV / ±(1.2%+3) / 100µV
- 2V / ±(0.8%+3) / 1mV
- 20V / ±(0.8%+3) / 10mV
- 200V / ±(0.8%+3) / 100mV
- 750V / ±(1.2%+3) / 1V
- Overload Protection: 200mV Range – 250V RMS / Other Ranges – 1000V DC or RMS AC
DC Current (Range/Accuracy/Resolution):
- 2mA / ±(1.2%+2) / 1µA
- 20mA / ±(1.2%+2) / 10µA
- 200mA / ±(1.4%+2) / 100µA
- 20A / ±(2.0%+2) / 10mA
- Overload Protection: 250V DC or RMS AC / 500mA; 250V Fuse (20A Range unfused)
AC Current (Range/Accuracy/Resolution):
- 2mA / ±(1.2%+3) / 1µA
- 20mA / ±(1.2%+3) / 10µA
- 200mA / ±(1.4%+3) / 100µA
- 20A / ±(2.0%+7) / 10mA
- Overload Protection: 250V DC or RMS AC / 500mA; 250V Fuse (20A Range unfused)
Capacitance (Range/Accuracy/Resolution):
- 2nF / ±(4.0%+10) / 1pF
- 20nF / ±(4.0%+10) / 10pF
- 200nF / ±(4.0%+10) / 100pF
- 2µF / ±(4.0%+10) / 1nF
- 20µF / ±(4.0%+10) / 10nF
- 200µF / ±(6.0%+20) / 100nF
Resistance (Range/Precision/Resolution):
- 200Ω / ±(1.0%+2) / 0.1Ω
- 2kΩ / ±(0.8%+2) / 1Ω
- 20kΩ / ±(0.8%+2) / 10Ω
- 200kΩ / ±(0.8%+2) / 100Ω
- 2MΩ / ±(0.8%+2) / 1kΩ
- 20MΩ / ±(1.2%+2) / 10kΩ
- 200MΩ / ±(2.0%+10) / 100kΩ
- 2000MΩ / ±(10.0%+10) / 1MΩ