Other Parts Discussed in Thread: CSD87353Q5D , CSD86350Q5D We'd like to simulate our DC-DC converter design with TI NexFET spice models for CSD87353Q5D, CSD86350Q5D in LTspice.
As you already know, TI's PSpice model for those components are encrypted models…
Part Number: LM5175 Other Parts Discussed in Thread: CSD87353Q5D Hello!, I have some Question about LM5175 and Dual Power Mosfet.
I develop the Buck-Boost Power Module using the LM5175 IC. this is very work well.
<Buck-Boost Power Module Spec of My Mainboard…
Part Number: CSD87352Q5D Other Parts Discussed in Thread: CSD87353Q5D , CSD86350Q5D , CSD86360Q5D , CSD17312Q5 Hi Team, we would like to confirm the ESD Information of these devices.
CSD87352Q5D CSD87353Q5D CSD86350Q5D CSD86360Q5D CSD17312Q5
Thank you very much…
Hello Maynard,
please find below the feedback to your customer.
Minimum turn-on time
I've looked at the IGBT data sheet of the DIM250XCM65-TS000. In that date sheet the turn-on delay time (900ns), turn-off delay time (3.6us), fall time (450ns) and…
Part Number: CSD87381P Other Parts Discussed in Thread: CSD87333Q3D , CSD87353Q5D , CSD87334Q3D Hi everyone,
I would like to use the CSD87381P module for my motor driver application. My voltage source has 12V, my motor driver IC is DRV83053. In CSD87381P…
Hi Scott,
A couple of other options for symmetric FETs: CSD87334Q3D (3.3 x 3.3mm QFN, 30VDS, 10VGS) and CSD87353Q5D (5x6mm QFN, 30VDS and 10VGS). As with the other option, you will need to drive the gate with 8V or less.
Hi, thank you for the suggestions and pointer to the tool. The tool picked the CSD87353Q5D as you suggested above. It worked really well. I was quite happy. The only thing I would suggest is some way to get some kind of print out when the final decision…
UCD74120 cannot be paralleled in this way, because the MOSFETs are in different chips. UCD7242's two channels can be paralleled because the MOSFETs are in the same chip so they can automatically achieve current balance.
For high current rail you may…
So I found the design tool for the LM27403 which you can manually input the specs of CSD87353Q5D Efficiency is about the same but save lots of space so I think I will go this route. Now issue is choosing right inductor. Specs for LM27403 + CSD87353Q5D …
Hi Carlos
You may find the block diagram of TIDA-00448 in the document at www.ti.com/.../tiduaj2a.pdf of interest. It's not an integrated end to end solution but it should offer 10MHz rates and the rise and fall times would be dictated by the external…
