Part Number: LMR51610 Hi,
We are evaluating the new LMR51610XDBVR, but I'm having trouble with noise. I would like to send you circuit and layout information, but is it possible to contact you via private message?
Thanks,
Conor
Part Number: LMR51610 Tool/software: I tried simulating LMR51610 in steady state & Start Up state. I see difference in behavior as shown in below graph.
1)In steady state case i see a dip in voltage(as marked with cursor) up to 26.6V.
where in…
Part Number: LMR51610 Tool/software: Hi,
In LMR51610 datasheet, there are only a typical number of Rdson.
Do we have other material to estimate the Rdson of LMR51610? What is the relationship between Vin, temperature and Rdson?
Thank you,
Yishan Chen…
Part Number: LMR51610 Tool/software: We currently use the LMR51610 in our designs already, it's been working perfectly for 12, 24, and 48VDC input voltages. Recently we have had an application that requires the circuit to start from 60VDC, usually, we…
Part Number: LMR51610 Hello,
It is expected that VOUT will be higher than VIN during power supply shutdown. In such cases with LDOs, it is common to connect an external reverse current bypass diode from VOUT to VIN to prevent reverse current. Is a reverse…
Part Number: LMR51610 Dear TI experts,
I have simulated LMR51610 chip by LTspice software, but it kept reporting errors and indicated that "unknown spice device type". Could you help me? Thanks!
Part Number: LMR51610 Hello expert,
It seems like we only have PFM WEBENCH of LMR51610, customer would like to check FCCM version of LMR51610 for reference. Do we have chance to provide it to customer? Thanks a lot!
Best regards,
Ann Lien
Part Number: LMR51610 Hello TI team,
My customer will use 1.1Mhz swithc frequency, which version do you recommended, full PN name? I only find this "Y" version in datasheet.
Thanks!
Part Number: LMR51610 Other Parts Discussed in Thread: LMR51606
My design needs to regulate ~40V down to 5V with good efficiency, and I thought the LMR516xx series looked like a good choice for this.
Initially I chose the 400kHz LMR51610, since it was…