Part Number: CSD17304Q3 Other Parts Discussed in Thread: CSD17578Q3A Hi TI Team, I am using CSD17304Q3 in one of the power supply design, but CSD17304Q3 is reach Affected, I need Reach unaffected, kindly suggest the alternatives.
Part Number: LM5122 Other Parts Discussed in Thread: CSD17304Q3 , CSD17577Q3A , CSD18543Q3A Tool/software: Hi. I have some questions about LM5122.
Our Operating condition => 15~21V Battery, Output 24V, Current : 3.5A(margin) Web-bench High Side FET…
Part Number: TPS51116-EP Other Parts Discussed in Thread: CSD17304Q3 , TPS51116 I am using the TPS51116 in DCAP mode for a 1.35V output. I am using Rds_on sensing, with a high/low-side TI CSD17304Q3 FET.
I am seeing unusual behavior of the part at around…
Other Parts Discussed in Thread: CSD17483F4 , CSD17304Q3 To Whom It May Concern,
SiliconExpert Technologies has been contracted by our customer to work with their suppliers to collect component information (see attached Letter of Authorization). We…
Part Number: LM5146-Q1 Other Parts Discussed in Thread: LM5146 , CSD17304Q3 , CSD17573Q5B , LM5145-Q1 , LM25145 , LM25148-Q1
Hi team,
I am using LM5146 for design, which requires input 12v and output 2v@10A. The reference design obtained by using…
Part Number: CSD17575Q3 Other Parts Discussed in Thread: CSD17304Q3 , Comparing two part datasheets (CSD17575Q3 and CSD17304Q3) with identical packages (SON 3.3mmx3.3mm), looking at recommended footprints:
1) Recommended Footprint Drawing note M0143…
Hi Praveen,
I'm sorry for the multiple and confusing questions - we just found out that the large power consumption is due to a high Ciss of the MOSFETS that we chose.
The WEBENCH suggests this model: CSD17304Q3, but it's not suitable for us because…
Hi Ali,
Thanks for your interest in TI FETs. For this application, I'd recommend at least a 30V FET. If there are transients or any chance of overvoltage, then a 40V or 60V device would be better. TI has several 30V FETs with on resistance rated at…
Hello tareq,
Thanks for your interest in TI FETs. The CSD18543Q3A on resistance is specified at a minimum VGS = 4.5V. You must provide VGS >= 4.5V or we cannot guarantee the on resistance of the FET. As can be seen in the rds(on) vs. VGS curve on page…
