Part Number: TL431LI-Q1 Hi team,
Could this device operate with 125C<TJ<150C? Its datasheet "7.3 Recommended Operating Conditions" and "7.5 Electrical Characteristics" just mention TA instead of TJ. Should we use TL43xLIxE-Q1 …
Part Number: TL431LI-Q1 Hello,
Can I have qualification report of TL431LIBQDBZRQ1?
It is not available for now from the link below:
www.ti.com/.../home
And I asked the report to TI CSC, however they gave me a qualification report of TL431LIB E DBZRQ1.
…
Part Number: TL431LI Other Parts Discussed in Thread: TL431 , Hi experts,
As shown in the picture below, my customer wants to reliaze stable voltage through placing a diode between pin REF and pin cathode.
On TL431's right is power input, certainly, there…
Part Number: TL431LI Other Parts Discussed in Thread: TL431 Hi team, Do you have an FTA for TL431LIBQDBZR? If yes, could you share the document? Sincerely. Kengo.
Part Number: TL431LI Hi team,
Could you give me comment on following customer questions?
Q1. Where is the Vref at 25C in the Videv range?
Videv = 11, 17, and 27mV are shown in the datasheet, and the customer understands it is the difference between maximum…
Part Number: TL431LI-Q1 Other Parts Discussed in Thread: TL431 , TL431LI Please help me to share the comparison table among TL431 B QDBZRQ1 & TL431 LIBE DBZRQ1 & TL431 LIB DBZRQ1.
Thank you.
Part Number: TL431LI Dear team,
At below schematic, The output voltage of TL431LI is about 4.5V. I expected output voltage is 2.495V. but I don't understand the result.
Please review below schematic and let me know your opinion
Thank you.
Part Number: TL431LI Other Parts Discussed in Thread: TL431 , , TL432LI
Hi team,
I am supporting my customer to replace AZ431AN-ATRE1 with TL431LIAIDBZR. According to our knowledge this device should be drop in compatible, but after changing the device…
Part Number: TL431LI Other Parts Discussed in Thread: TL431 , TLV431 With the TL431 circuit below the TL431 diode stops conducting ~3.0V (voltage at J7), but it was expected to turn off at 2.5V + (Iref * R82) = 2.5V + (0.4uA * 1kohm) the voltage drop across…