Part Number: TLVH431A Other Parts Discussed in Thread: TLVH431 Hi,
I'd like to use TLVH431 as a comparator.
As is shown below, if the duration of Vin is about 300ns, will the Vout be abnormal?
The datasheet of TLVH431 don't provide time characteristics…
Part Number: TLVH431A-Q1 Hi Team,
Can we provide the ESD Ratings spec (Human-body model & Charged-device model) of TLVH431AQDBVRQ1 to customer?
Thanks!
Kai Lai
Part Number: TLVH431A-Q1 Hello Team,
In the schematic below, is it acceptable to have R3 and R4 at high values, such as 33k and 100k, respectively? Just want to make sure I am not overlooking anything.
Thank you,
Jared
Part Number: TLVH431A Hi,
This is for TLVH431AQDCKR P/N (DCK Package).
My customer would like to understand why the Junction-to-ambient thermal resistance spec is smaller than Junction-to-case thermal resistance.
As per their understanding, Junction-to…
Part Number: TLVH431A
Hi
We re using the part "TLVH431AQDBZR" in our design.We are looking for "Thermal resistance between Junction to Board -RθJB" value and power dissipation of ic under typical,minimum and maximum conditions which is not specified…
Part Number: TLVH431A-Q1
Hello e2e,
TLVH431AQ Quality and Reliability folder states to look in the datasheet for ESD, HBM CDM, details. The details are not in the datasheet.
Please provide.
Thank you.
Part Number: TLVH431A-Q1 Other Parts Discussed in Thread: TLVH431A Hi Team
for reference regulator using shunt regulator as below,
if Vin drops below Vout, I think Vin will be passed to Vout directly without close loop controlled.
I woul like to know the…
Part Number: TLVH431A-Q1 Dear Team,
Good day!!!
I have been purchase the following TI part from the reputed online distributors with the following date code.
Description
Mfr
Mfr. P/N
Date Code/Lot Code
Shunt Regulator
TI
TLVH431QDCKR
9999
…
Part Number: LM431 Other Parts Discussed in Thread: TLVH431A , Hi Team - I am looking for shunt voltage reference to be used on 51V / 48V input voltage rail with Vout = 5V. I have a current requirement of 30 to 50mA. Upon looking at TI page, I got refe…