Part Number: REF5010 Hi Team,
One of my customers connects the circuit according to "Figure 42. Basic Connections". Input voltage is 12V but the voltage output of pin 6 is just 7.7~7.8 V. Could you give me some advice?
Beat Regards, Tom Liu
Part Number: REF5010 Dear Sir,
We are planning to use REF5010ID and REF5050ID in our existing design.
In view of the above we want to know the end of life of the product.
Regards,
Arun P
Part Number: REF5010 Hi team,
Customer is using REF5010, but under some case, there may have 20mA current flows into the Vout of REF5010.
Will this cause permanent damge to REF5010 or not?
Customer can't use doide to prevent the reverse current because…
Part Number: REF5010 Other Parts Discussed in Thread: TINA-TI , OPA189 I'm using a REF5010 precision reference and a OPA189 op-amp to create a precision current source to excite a bridge in a pressure sensor, please see attached TINA-TI simulation schematic…
Hi Naga,
From your specification, the input strain gauge is operated between 349.5Ω and 352Ω range. I selected INA818 instrumentation amplifier (IA) for the analog front end. The IA amplifies mV signals to V signals for the XTR111's V-to-I conversion…
Part Number: REF5010 Hello,
I have to design a 10v@100mA precise reference with REF5010. But REF5010 can provide only 10mA current. I have modify the circuit for current boost. Simulation are good. Circuit diagram and simulation is also attached. All…
Hello,
Unfortunately this information is not available for this older device. I would expect the thermals to be "similar" to the following device, as stated on page 4.
https://www.ti.com/lit/ds/symlink/ref5010.pdf
Part Number: LM337 Other Parts Discussed in Thread: REF5010 , , TPS7A33 , LM137 Hello All,
For over 10 years I have been using LM337 and LM329DZ or BZ pair to have a low temperature coefficient regulator ( the circuit shown in every LM337 datasheet ). I…
Dear Trailokya
As I mentioned above, I connected a capacitor to the lifted pin 6 and powered the REF5050 with 12vdc. The output voltage was 10vdc. I'm embarrassed to say that the REF5050 is a REF5010. I don't know how this happened but that's the problem…