You are correct. From principle, the Rdson will rise as the input voltage becomes lower. And the voltage below 4.5V will not be guaranteed for normal operation.If you need a wider input voltage range, you can try TLC6C598. The voltage range is 3V-5.5V…
Other Parts Discussed in Thread: TPIC6C596 , TPIC6B596 , TLC6C598-Q1 , TLC6C598 I would like to confirm the cascade connection for TPIC6C596 and TPIC6B596.
I think it is no problem.
Is this correct?
Best regards,
Atsushi Yamauchi
Other Parts Discussed in Thread: TLC6C5912-Q1 , TLC6C5912 , TLC6C598 Hello,
I have question about TLC6C5912-Q1. Do you have a graph of drain current(internal FET) vs gate-souce voltage? If you have it , could you please provide it?
Best regards, Makoto Shi…
Hello Summer-san,
I discussed about TLC6C598-Q1 with customer.
TLC598-Q1 should be protected when the internal FET is ON and LED is shorted accidentally, but this device does not have over current protection.
Please advice it is true that TLC6C598-Q1…
Atsushi-san,
The max current will decrease when the device case temperature increases.
When the anode shorts GND, there will be no current through the channel. There will be an influence on the system level, but for device it should be ok.
By the way…
Other Parts Discussed in Thread: MSP430G2313 , TCA6507 , MSP430G2452 , LP2951 , SN74AHC595 , TLC6C598 I am looking at using an MSP430G2313 Value Line uC + LCD or LED driver (I2C or SPI).
For example, the display I am looking at is a ChromeLED P/N: SDTA28R2…
Hi Max,
This is an interesting application for TPIC6A595, as you know the LGND and PGND are recommended to be connected together. For your application, I'm not clear about the exactly voltage between this two pin. But I've discussed with our designer…
