Part Number: TLV431A-Q1 Other Parts Discussed in Thread: TLV431A Hi there,
Figure 18 in the TLV431A-Q1 datasheet is missing some cap labeling info on the X axis. I'm sure this is the same as the TLV431A (non Auto) but wanted to reach out to be 100…
Part Number: TLV431A-Q1 Other Parts Discussed in Thread: TLV431 Hello,
I need your support. For the FEMDE and FMEA, I need information about the FIT Rate / Failure Mode and Failure Mode Distribution (FMD) etc. for this components
- TLV431BQDBZRQ1…
Part Number: TLV431A-Q1 Other Parts Discussed in Thread: TLV431 Hi Team,
Is there by chance any sort of tiny evaluation module for these little shunt regulators? At the minimum, is there some sort of DIP package adapter?
Thank you,
Jared
Hi Mitchell,
So we typically don't have a negative input to negative output buck converter, and don't recommend you do that with the LMR38025. What you can do is use a PWM controller to do so, as shown here: /cfs-file/__key/communityserver-discussions…
Hi Shinichi,
Sorry for the long delay and thanks for already looking at other e2e threads to find an answer.
1. LM5001 is an asynchronous boost converter. It should work for this application, but there are also newer converters with similar specs…
Part Number: TLV431B-Q1 Other Parts Discussed in Thread: TLV431A , , TLV431 Hello,
I am attempted to use the TLV431B-Q1 as a 3.3V shunt regulator in a design. The expected load will vary in capacitance (worst case 10uF) so I have a question regarding…
Part Number: TLV431A
Hi, Team.
in its datasheet , it has Operating virtual junction temperature.
i know IC might have damage if Tj is over than 150℃
but I haven't heard Operating virtual junction temperature.
Q1.what would you want to say…
A M,
TI does not offer a dedicated Negative Input / Negative output (Quadrant 3) BUCK Converter.
We do offer a Quadrant 3 LDO that you can consider - the LM2991 and you can use WeBench to provide you with a reference design.
Alternately, you…
toapex
TI does not offer an integrated FET negative input / negative output (also called Quadrant 3) converter, you would need to make one using a controller and external power FETs. The circuit works like an inverted BUCK, but the controller drives…
