Part Number: TLV7011 Hi,
TLV7011 datasheet shows Propagation Delay. It looks the delay increase in lower temp and lower input overdrive condition.
In this time, I would like to know below delay. Could you please support this?
- Delay (H->L) : ??? ns…
Part Number: TLV7011 Hello sir,
I come after so long time due to lock-down. I would like to ask you the best solution for Zero crossing detection of 230VAC. As you know I tried to achieve the ZCD using TLV7011 but you said isolation will come into picture…
Part Number: TLV7011 Hello TI team,
I am working with TLV7011 for ZCD application but not getting the results.
I tried it number of times, it is blasting at very first switching but one time I got the results. It was also blasted after some time.
Kindly…
Part Number: TLV7011 Hi Team,
I designed a comparator with Vil=910mV and Vih=918mV . When I measured the hysteresis after simulation I obtained a value of 28mV.
The internal Hysteresis of the IC is 14mV and external is 8mV. As per my understanding these…
Part Number: TLV7011 If I am using this part with a 1.8V supply and driving one input with a TTL signal, are there any adverse consequences I should be aware of? (like increased current draw when the TTL input is high, etc.)
Part Number: TLV7011 Hi All,
I am planning on using this part in a logic level shifting application. I detect the input voltage via a high impedance resistor divider. Due to the nature of my input levels, there is a chance that I can exceed VDD and VEE…
Part Number: TLV7011 Other Parts Discussed in Thread: TLV6700 , TLV7022 , TLV3201 I am currently using the TLV7011 as a voltage comparator. I am using it to clean up a digital signal that is distorted; when the slope of the line is positive (VRef > Vin)…
Part Number: TLV3201 Other Parts Discussed in Thread: TLV7011 , LMV7239 , TLV3603 Hi.
I need a comparator for a capacitor value measurement application with relaxation osc. I found TLV3201, TLV7011 , TLV3603 and LMV7239. It has to push-pull output.
I need…
Part Number: TLV7011
Dear Team,
I am designing a comparator circuit which operates in two modes Low Power Mode( LPM) and Normal Mode (NPM). These are the conventions we are following
Let me explain Normal mode for you. In this mode VIH is 3.6V and VIL…