Hi Agxin,
TLV7031 has POR which should hold the output low when VCC is below minimum supply. This should mitigate the glitch that you are observing.
Please note that TLV7031 is a nanopower device with a typical propagation delay of 3us. This device is…
Hello Ron Michallick,
As promised I returned with answers.
1) All inputs need to be half the supply voltage, hysteresis can be made on this way too
2) In general datasheets give offsets voltage on the input between 1mV and 10mV, same for the TLV3201…
Part Number: TLV3201-Q1 Tool/software: Hi Team,
May I know how to judge whether our IC( TLV3201-Q1 ) can be washed?
After PCB assemble, manufacturing site might wash the PCB with pure water to clean the flux
I only receive this guideline from CSC(AN-2029…
Hi Kai,
I have a couple of questions.
During the short circuit test, how will the circuit be configured? Will the V CC pin of the comparator be connected to a 3V3 supply referenced to the voltage supply providing U SMAX as shown in the schematic?
I'm also…
Part Number: TLV3201 Hi
We have found two marking methods for this product. Could you please help us confirm if there is any change in this one?
Please provide the change file, thank you
Part Number: TLV3201 Hi there,
Could you inform me about terminal finish of the part TLV3201AIDBVR. Also, could you tell me the thickness of Au in case the terminal finish is NiPdAu or NiAu or Au.
Thanks.
Best Regards,
Kaoutar Ben Kaddour
Part Number: TLV3201 Hello. I have scoured the data sheet (I think) and the web but I cannot find any statement that indicates whether the output of the TLV3201 is CMOS or bipolar.
Can someone please point me to the documentation that states this?
Thank…
Part Number: TLV3201 Hi i want to sense grid voltage and cutoff operation with hysteresis band using TLV3201
i designed with 185V ac ON and 175V ac off,Hysteresis band is almost 400mV
when i tried testing UV opamp alone,ON happens at 210V AC and off…
Part Number: TLV3201-Q1 I am currently refereing to SNOAA40 Application Report.
If my Vcc=5V , And below is my requirement for current threashold.
DESCRIPTION
IG1 (A)
INA-OUT (V)-> [ Vref+(Amp Gain)(IG1*Shunt Value)]
VH, CHB
Overcurrent threshold…
