Part Number: TLV7011 Q1. If we first input 1.36 Volts to IN+ and then input 2.2 Volts to Vcc, does it damage IC or internal circuit?
Please advise and evaluate the risk to us, thank you.
Part Number: TLV7011 Hello,
The absolute maximum ratings of the INPUT pins (IN+ and IN-) of the TLV7011 are defined as "VEE-0.3V" to "6V".
Does this apply when the power between VCC and VEE is not rising (0V between VCC and VEE)?
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Part Number: TLV7011 Dear Sirs,
May I know how to get the bandwidth of comparator, such as TLV7011?
Datasheet did not list this value I needs to find higher bandwidth comparator than TLV7011.
Thanks.
Part Number: TLV7011 Other Parts Discussed in Thread: LMV7239 , TLV3601 , TLV3201 Dear Team,
I am using TLV7011 in my applications.
Now it is not available with vendors.
Could you please suggest an alternate P/N for the same
I need the same supply range…
Part Number: TLV7011
The datasheet says that IC has
internal hystersis .Then how to give Upper threshold and lower threshold voltages to it? or Do we have to connect the resistors R1 and R2 EXTERNALLY? or are they internal in the IC?
Part Number: TLV7011 Other Parts Discussed in Thread: LMV7239 , , TLV3201 Dear e2e team,
My customer is using the TLV7011DCKR but there is no stock.
He would like to evaluate another solution (with stock, ~1k / 2k pcs) with the following features:
Vcc …
Part Number: TLV7011 Hello,
A customer is using the TLV7011DCKT for evaluation. We are experiencing overshoot and undershoot. What do you think is wrong?
Best regards, DDdoor