Part Number: DRV595EVM Hi, I've noticed that the BOM is not up to date. You have posted a TOKO inductor instead of the Wurth Elektronik Inductor 7447709100. Is it possible to get the BOM updated?
Part Number: DRV595EVM Other Parts Discussed in Thread: DRV595 Hi TI's,
While working with the EVM of DRV595 and going through its user guide, I found a small mistake in the value mentioned in BOM vs the value mentioned in Schematic.
This is the link…
Part Number: DRV595EVM Other Parts Discussed in Thread: DRV595 Hi team,
The customer has 4 DRV595EVM boards. He uses 4 different input voltages, there are 4 different output voltages.
All EVM boards are default setting. Please check the attach for the test…
Other Parts Discussed in Thread: DRV595 , DRV595EVM Dear DRV595 expert!
I have purchased the DRV595EVM module and was inteding to use it to drive a TEC module.
When testing the module seems to go into a fault state. It shut-s off for approcimately 1.2s…
Part Number: DRV2511-Q1 Other Parts Discussed in Thread: DRV595 , DRV595EVM Hi,
we want to use the DRV2511-Q1 as a TEC driver. From the datasheet i looks like the IC is quite similar to DRV595 but better. (much cheaper but higher current)
We tried to use…
Dear Shawn
Thank you for your reply.
We want to drive peltier elements. As input voltage we are fixed to 24V. I was hoping, that we could use the DRV2511-Q1 with a L-C filter at the output, the same way the DRV595 is implemented in the evaluation boad…
Hi Alex, 26dB gain is 20X amplifier. The power supply for DRV595EVM is 26V, there is no boost circuit inside the power driver. So I don't think the output amplitude could reach 100V. Could you please double-check your setting? You can find more info about…
Part Number: DRV595 Other Parts Discussed in Thread: , DRV8412 , MSP430F5659 Hello,
I am using DRV595 to drive a 12v/7A peltier (1.9 ohm resistance). I am using DRV595EVM circuit design.
Operating supply voltage: 12V
Input voltage : 3.3V
When no load is…
Hi, Christian,
Thanks for your interest in our products!
Your question about closed loop accuracy is a little difficult to answer. Your tolerance seems much tighter than I've seen before, so I'm not sure if it can regulate that low. It will depend on…
