LC100-A 1pF-100mF 1uH-100H Digital LCD Capacitance Meter Inductance Tester + Test Clip

LC100-A basic technical indicators:

• Measurement accuracy: 1%

• Capacitance measuring range: 0.01pF-10uF

• Minimum resolution: 0.01pF

• Inductance Range: 0.001uH-100mH

• Minimum resolution: 0.001uH

• Large inductance measurement range: 0.001mH-100H

• Minimum resolution: 0.001mH

• Large capacitance measuring range: 1uF-100mF

• Minimum resolution: 0.01uF

• Test frequency: Capacitors, inductors file about 500 kHz, large inductance of about 500 Hz

• Can display current test frequency value

• Effective display digits: 4

• Display: 1602 LCD

• Power supply: Mini USB interface (or 5 V power supply)

• SMD soldering components, stable and reliable

Pictures:

• LC100-A joined the large capacitor 1uF-100mF measurement, the following figure is a measure of six large capacitor 4700uF capacitor in parallel measured 28.7mF, equivalent to a capacitor 4.78mF, 28.7mF capacity is beyond ordinary capacitor the range of the table, the instrument test ranges directly to 100 mF!

• In the small capacitance, small inductors and large inductive test, LC100-A and LC100-S is the same, the following uses LC100-S as an example:

• The following picture is the example of measuring small capacitance, the resolution has reached 0.01pF, you must pay attention to the impact of the test clip, to maintain test clip without access capacitance normalized to 0, and then as much as possible to maintain the relative position of the test clip into the capacitor unchanged, this is the same for testing small inductance.

• The following pictures are examples of measuring small inductance, around 4 turn hollow coil wire test results 0.058uH, this result is equivalent to 58nH for the 6243 class of instrument is absolutely undetectable inductive The advantage of this is also the instrument.

• The third picture is a measure of a 0.22uF safety capacitor, the figures are very stable measurement results. If you use the test results beating very powerful that this capacitor stability is poor or poor high-frequency characteristics, and the good capacitive display results very stable.

• The fourth picture is the view measuring inductance test frequency, current use, press the black button when measuring inductance, capacitance test can also use the same method to view.