But what if you could build one with for the cost of a pizza?
Z = V / I 胃 = atan2(Q, I) R_series = |Z| * cos(胃) X_series = |Z| * sin(胃) If X > 0 鈫� L = X / (2蟺f) If X < 0 鈫� C = -1 / (2蟺f * X) Create A Low-Cost- High-Accuracy LCR Meter With An STM32 MCU
Trigger ADC with a timer at, say, 64脳 the sine frequency. Use dual regular+injected mode to sample two channels with known delay. But what if you could build one with for the cost of a pizza
If you repair electronics, design filters, or just sort through salvaged components, you know the pain: multimeters measure resistance OK, but capacitance? ESR? Inductance? For that, you need an LCR meter鈥攁nd real ones cost $100鈥�$500. or just sort through salvaged components