I will use LTC4009 with shorting CLP and CLN
In that case, what will happen to the Rprog (min) formula described in the data sheet P15?
(Please tell me the concept of R for this terminal connection)
We look forward to your reply
LTC4009
Production
The LTC4009 is a constant-current/constant-voltage battery charger controller. It uses a synchronous quasiconstant frequency PWM control architecture that...
Datasheet
LTC4009 on Analog.com
I will use LTC4009 with shorting CLP and CLN
In that case, what will happen to the Rprog (min) formula described in the data sheet P15?
(Please tell me the concept of R for this terminal connection)
We look forward to your reply
The Rprog(min) formula will remain the same. CLP/CLN actually have no impact on this equation. The "RIN" in the equation refers to the input resistors into the CSP/CSN pins as shown here:
Regards,
Zack
The Rprog(min) formula will remain the same. CLP/CLN actually have no impact on this equation. The "RIN" in the equation refers to the input resistors into the CSP/CSN pins as shown here:
Regards,
Zack
I misunderstood RIN.
thank you for your answer.