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This is a dial-type variable inductor that covers models adjustable from a minimum of 0.001mH to a maximum of 100H.
This is a dial-type variable inductor that covers models adjustable from a minimum of 0.001mH to a maximum of 100H. It can also be used for experiments with resonant circuits and as a calibration device for measuring instruments.
This is a dial-type variable inductor that covers models adjustable from a minimum of 0.001 mH to a maximum of 100 H.
This is a dial-type variable inductor that covers models adjustable from a minimum of 0.001mH to a maximum of 100H. It can also be used for experiments with resonant circuits and as calibration equipment for measuring instruments.
This is a dial-type variable inductor that covers models adjustable from a minimum of 0.001 mH to a maximum of 100 H.
This is a dial-type variable inductor that covers models adjustable from a minimum of 0.001 mH to a maximum of 100 H. It can also be used for experiments with resonant circuits and as calibration equipment for measuring instruments.
This is a dial-type inductor that can be adjusted in increments of 0.01mH from 0.01mH to 1H, with an accuracy of within 3%.
You can utilize this for experiments to investigate the frequency characteristics of RLC series resonant circuits and similar systems. Range: 0.01mH×9, 0.1mH×9, 1mH×9, 10mH×9, 100mH×9 Accuracy: 5% Maximum current: 600mA (0.01mH–0.1mH), 600mA (0.1mH–10mH), 500mA (1mH–10mH), 50mA (10mH–100mH), 50mA (100mH–1H) Size (W×H×D): 170×55×130mm
This is a dial-type variable inductor that covers models adjustable from a minimum of 0.001 mH to a maximum of 100 H.
This is a dial-type variable inductor that covers models adjustable from a minimum of 0.001 mH to a maximum of 100 H. It can also be used for experiments with resonant circuits and as calibration equipment for measuring instruments.
This is a dial-type variable inductor that covers models adjustable from a minimum of 0.001 mH to a maximum of 100 H.
This is a dial-type variable inductor that covers models adjustable from a minimum of 0.001mH to a maximum of 100H. It can also be used for experiments with resonant circuits and as calibration equipment for measuring instruments.
