Part Number: TPS4H160-Q1 Tool/software: Hi TI teams:
I meet a problem about /ST repsonse time.
In TPS4H160-Q1 datasheet, it reocrd the /ST will repsonse after current limit occur.
Is the current limit means the over current occur or thermal shutdown…
Part Number: TPS4H160-Q1 Tool/software: Hi, TI team:
1: We used TPS4H160BQPWPRQ1, the MCU is 5V. but we don't confirm why do we add Rser=10K in the INx signal. Could you tell us the reason?
2: If we used 3.3V MCU, what is the R(ser) value?
3: Do…
Part Number: TPS4H160-Q1
Tool/software:
Hello there,
We take TPS4H160-Q1 chip in our application. when we test EMC-RE item, we found there is an unexpected noise within 300MHz~400MHz as following, it's 5MHz interval. And we located the noise is…
Part Number: TPS4H160-Q1 Tool/software: Hi expert,
Customer inject 12V directly to Outx to drive Relay inductance. When12V inject transient, the waveform is as below and there is a 40V@10ms spike in OUTx pin of TPS4H160-Q1. They also found TPS4H160…
Part Number: TPS4H160-Q1 Tool/software: Greetings
We are performing WCCA on an inverter design which includes TPS4H160-Q1 and while referring the datasheet we didn't find the input current for the below pins.
1. VS (pin 20, 21, 22, 23)
2. SEH (pin…
Part Number: TPS4H160-Q1 Tool/software: Greetings,
We are using TPS4H160-Q1 IC in our design of an inverter. We are using the version B i.e., with SEH, SEL pins.
It is mentioned that the currents from the four channels of the IC gets multiplexed to…
Part Number: TPS4H160-Q1 Hi, TI team:
could you tell me the CS pin(10 pin) output voltage and current when in the fault mode? our Vvs = 11.5V.
I find the value is 4.5-6.5V in the datasheet, it is right?
Please check the CS pin divide resistor…
Part Number: TPS4H160-Q1 Tool/software: The TPS4H160-Q1 device features an exceptionally low turn-on and turn-off slew rate, ranging from 0.1 V/µs to 0.55 V/µs. For a 24V output, this translates to a rise time of approximately 100 µs. Could you clarify…
Part Number: TPS4H160-Q1 Tool/software: Hi team,
In case of short, the CS output pulled up to VcsH.
The maximum Vcs(H) is 6.5. usually 5V MCU can be tolerant up to 5.5V.
Is there any solution for that? just use voltage devider?
Best,
…
