I'm new to the forum but I have a few suggestions
to improve the impedance analyzer:
Please add:
1. Simultaneous display of parameters for the serial and parallel model in meter mode
2. Measurement of the parameter (meter and analyzer mode):
- Rp (equivalent parallel resistance)
- Vrms (actual voltage on the DUT)
- Irms (actual current flowing through the DUT)
- Complex values for voltage on DUT (Vreal, V imagined)
- Complex values for current on DUT (Ireal, I imagined)
- Rdc measurement of DC resistance (in my opinion it should not be difficult to implement)
3. Signal level settings (meter and analyzer mode):
- CV operation mode (Constant voltage) or ALC (automatic voltage level control)
- CC operating mode (Constant current) or ALC (automatic current level control)
Question
fonak
Hello
I'm new to the forum but I have a few suggestions
to improve the impedance analyzer:
Please add:
1. Simultaneous display of parameters for the serial and parallel model in meter mode
2. Measurement of the parameter (meter and analyzer mode):
- Rp (equivalent parallel resistance)
- Vrms (actual voltage on the DUT)
- Irms (actual current flowing through the DUT)
- Complex values for voltage on DUT (Vreal, V imagined)
- Complex values for current on DUT (Ireal, I imagined)
- Rdc measurement of DC resistance (in my opinion it should not be difficult to implement)
3. Signal level settings (meter and analyzer mode):
- CV operation mode (Constant voltage) or ALC (automatic voltage level control)
- CC operating mode (Constant current) or ALC (automatic current level control)
Best regards,
Fonak
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