How Can I Use An Lcr Meter To Fully Characterize A Transistor With?

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In this circuit, 5V power supply is used from battery. Transistor is used as a voltage source to drive current to NPN transistor. The NPN transistor is driven with the supply voltage and its switching frequency for amplification effect. Ion tube is used on this circuit to drive the transformer and to control the frequency of NPN transistor. In Figure 10, there is an output transistor and 1.5V VDD power supply from the battery. The NPN output transistor is a NPN transistor type which is controlled by the voltage from the VDD supply. This allows the output of the NPN transistor to control the frequency of the NPN transistor. In this circuit, we see the NPN transistor is driven with the supply voltage and output transistor. The output transistor is driven by the supply voltage and its frequency to amplify the power of the NPN transistor. The output is applied to the load (transformer.