Tool/software:
Hi,
When the V+ pin (4pin) rises, the IN pin (6pin) rises with the same voltage as V+. I would like you to check the circuit diagram, but may I send it as a private message?
Best Regards,
Nishie
Tool/software:
Hi,
When the V+ pin (4pin) rises, the IN pin (6pin) rises with the same voltage as V+. I would like you to check the circuit diagram, but may I send it as a private message?
Best Regards,
Nishie
Hello Nishie,
The device is able operate at such conditions (please see table below). If you would like a schematic review and don't want to upload it here, please feel free to message me privately.
Thanks,
Nir
Hi Clemens-san, Nir-san,
Thank you for your support.
I sent a private message to Nir-san. I would appreciate it if you could check it.
Best Regards,
Nishie
Hello Yuta,
Thank you for your message. We will continue our discussion using private messages.
I will close this thread.
Thanks,
Nir
Hi Nir-san,
I sent you a waveform via private message. I would appreciate it if you could check it.
Best Regards,
Nishie
Hi Nir-san,
Thank you for your confirmation.
I have sent you a private message with additional questions. I would appreciate your confirmation.
Best Regards,
Nishie
Hi Nir-san,
By adding a capacitor in series between the IN pin and the other IC pin, the voltage of the IN pin no longer follows V+.
However, I can no longer operate the IN pin. Do you know a solution not to follow the rise of V+ while the IN pin can be operated?
Best Regards,
Nishie
Hello Nishie-san,
Can you please share an updated schematic including the added capacitor?
Also can you please indicate the size of the capacitor.
Thanks,
Nir
Hi Nir-san,
I sent you the circuit diagram in a private message. I would appreciate your comments.
Best Regards,
Nishie