Part Number: TPS4H000-Q1 Other Parts Discussed in Thread: TPS4H000EVM Hi, I would like to use the TPS4H000 for supplying sensors with power, 24 V DC nominal.
We did some initial testing to check if the TPS4H000 will continue to power the remaining channels…
Part Number: TPS4H000-Q1 Tool/software: We are using Version A of IC PN TPS4H000-Q1
Question - Impact of not using Pull-Up resistor (R311, R312, R313, R314)_Pull up used for OPEN LOAD detection.
- ONLY fault detection will get impacted?
- Any other…
Part Number: TPS4H000-Q1 Hi Team,
We are planning to use the TPS4H000AQPWPRQ1 relay driver IC in our board design. The device will be powered from a +12 V supply, with 3.3 V logic-level input signals.
The datasheet specifies that the IC includes internal…
Part Number: TPS4H000-Q1 Hi Team,
I'm using the relay driver TPS4H000AQPWPRQ1 in my board.
Please find the attached schematics and provide the feedback.
For the first IC I'm all the channels has been used. For second IC only 2 channels are used…
Part Number: TPS4H000-Q1 Hi Team,
I'm planning to use TPS4H000AQPWPRQ1 in my analog card.
What should be Rser resistor i should give in my board. IO level of the signals to FPGA is 1.8V
Also what should be Rcl resistor values to be used for…
Part Number: TPS4H000-Q1 Hello please review... something is wrong with my equations. I have a VS of 5V.
A current-sense resistor to sense up to 100mA is calculated using the equation:
$$R_{CS} = \frac{V_{CS} \times K_{CS}}{I_{OUT}} = \frac{3…
Part Number: TPS4H000-Q1 Tool/software: Hello,
I am currently using a 12-bit ADC resolution. According to the datasheet of the TPS4H000A, the ADC measurement range is specified from 0.1 A to 0.25 A, and the expected current limit is 0.5 A. I would like…
Part Number: TPS4H000-Q1 hello:
I have a question regarding the reference design of TPS4H000-Q1. Can you please advise
1. What are the functions of D2 and R22 in this？
2. Why does R22 require 0805? Is it possible to use regular Schottky for D2?…
Part Number: TPS4H000-Q1 Tool/software: Hi team - equation (10) in the datasheet seems to be correct, but the sentence immediately proceeding it says we are trying to limit to 2.5A. Is this a typo?
Reference:
Thanks, Jacob
