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Part Number: CSD19534Q5A Tool/software: Hi,
We are designing a Bipolar switch using the TI MOSFET for one of the product enhancements. We have seen a reference design in Cybernet and need to understand the impact of the resistor and capacitor in the…
Part Number: CSD19534Q5A Other Parts Discussed in Thread: TINA-TI Requesting to share the correct spice or Pspice mode to simulate the component , we are using this IC in our product.
In the Design & development section , the model is available but it…
Hi Fabio,
We're planning to redo the HBM and CDM ESD testing of the CSD19534Q5A. This may take some time to complete depending on the rel lab schedule. I am going to close this thread and communicate the results via regular email. In the future, if issues…
Part Number: CSD18501Q5A Other Parts Discussed in Thread: CSD18504Q5A , CSD18540Q5B , CSD19534Q5A Tool/software: We find following parts in our active BOM’s where in these parts are claiming the RoHS exemptions as mentioned below. We understand from EU…
Part Number: CSD19534Q5A in figure 10 of the datasheet (page 6) it shows the SOA of the FET. In the screenshot of the image i have a red dot the represents my operating point. I read that as operating outside of the safe operating area, is that correct…
Part Number: CSD19534Q5A Other Parts Discussed in Thread: CSD19532Q5B , SYNC-BUCK-FET-LOSS-CALC , CSD19531Q5A , CSD19533Q5A Hi team, I got a question from customer, In the process of efficiency optimization of buck power supply, the following questions are…
Part Number: CSD19534Q5A Question: I am using CSD19534Q5A MOSFET for the power supply section of automotive electronics. Can I get the confirmation from the TI that the Fit rates and MTBF data (1.7PPM and 603 Million operational hours @ 125°C) associated…
Part Number: CSD19534Q5A Other Parts Discussed in Thread: NONSYNC-BOOST-FET-LOSS-CALC , , LM5156H Hi,
You have this very useful tool that help us calculate MOSFET power loss on a boost design, namely NONSYNC-BOOST-FET-LOSS-CALC.
However, there are many…
Part Number: CSD19534Q5A Hi all,
during a series of measurements using double pulse test on CSD19534Q5A (using Si8271 driver) with an clamped inductive load, I have noticed that by a specific current/voltage value, namely 10 V/10 A and also 15 V/10 A…
