Part Number: TLV1701 Other Parts Discussed in Thread: TLV3401 , TLV3491 Hi Expert,
Could you please let me know the Propagation delay at overdrive=2mV
Thanks
Muk
Part Number: OPA2202 Other Parts Discussed in Thread: OP07 , TL331 , TL331B , TLV1861 , TLV3011B , TLV3401 , TLV7011 , LM339 , LM393 Hi,
I want to use an OP-amp (OPA2202) in comparator mode to compare the voltage of a lithium battery with a fixed voltage…
Hello Lakshitha Lathpandura,
Welcome to the forums. Your circuit is stressful and harmful to the op amp. I added some protection and changed to a comparator.
I'll let the comparator team refine this circuit.
TLV3401.TSC
Part Number: LM5116 Other Parts Discussed in Thread: TLV3401 , TLV1701 hi ,
in continuation to the post & schematic shared & the verification & the suggestions by TI , my customer has made the PCB board .
below are the testing results :
we have…
The 1N750 is a 4.7 V Zener diode. With the 500 Ω resistor from the 15 V supply, it tries to draw a current of 20 mA, which exceeds the TLV3701's absolute maximum rating.
Why 500 Ω? What drive strength do you need at Vout? Wouldn't a 2:1 voltage divider…
Use a Schmitt trigger calculator like https://daycounter.com/Calculators/Comparator-Hystereses-Calculator.phtml or http://www.aaabbb.de/NonInvertingSchmittTrigger/NonInvertingSchmittTrigger_en.php .
To make the output switch between 6 V and 7 V, use…
Hello Timsen,
Yes. You must always observe the common mode limits.
For the LM293, the input voltage should be less than 3.5V at room temperature, and 3V over temperature. We recommend the 3V limit.
The first stage, U5A, is at the biggest risk…
Hi Nitish,
The TLV3401 is a CMOS device, so the leakages are very low. Again, you can use any large value resistor you wish, but you still have to deal with lower leakages and the time constant to charge the output capacitance.
Because this device…
Hi Taylor,
TLV3401 is one part of Amplifiers and linear portfolio. The engineers who answer questions in Amplifiers & Other Linear Forum are experts in TLV3401.Please ask help from 'Amplifiers & Other Linear Forum'.
Thanks
Lawrence
