Part Number: TL331-Q1 Hello, Team, The customer is considering to use TL331-Q1 and have 3 questions related to the Application Report ( https://www.ti.com/lit/an/snoaa35a/snoaa35a.pdf ).
It is stated in section 2.8 that in order to prevent oscillations…
Hi Paul,
Sorry, customer wants to use TL331-Q1.
Could you provide followings for TL331-Q1?
(1) temperature vs time for High to Low transition
(2) worst case value of time for High to Low transition
Best regards,
Part Number: TL331-Q1 Please help understand the datasheet:
When IN- (pin1) and IN+ (pin3) see same voltage, what would be the voltage @OUT (pin4)? I am expecting 0 or really low, please confirm (please consider VCC = 12V and VVC-/ GND = 0V).
And at this…
Part Number: TL331-Q1 The question is not about the effect of overdrive on switching speed and delays, but rather what, if any effect does overdrive have on the DC parameters such as Ioh and Vol?
In a circuit where the TL331-Q1 is being used, there will…
Hi Manoj,
As Clemens mentioned, the "leakage" current is actually the bias current. The bias current flows OUT of the input towards ground.
There are graphs of the bias current in the datasheet. See Figure 3.3.
For the details, please see the…
Neither the LM2904-Q1 nor the LM2903B-Q1 have clamping diodes; see section 2.2 of the Application Design Guidelines for LM324 and LM358 Devices and section 2.8 of the Application Design Guidelines for LM339, LM393, TL331 Family Comparators .
Part Number: TL331B-Q1 Other Parts Discussed in Thread: TL331-Q1 Hi team,
I saw TL331-Q1 has FIT and FMD document on site but I didn't find safety document for B version. Can we just refer to the non-B version?
Thanks!
Hello Imelda,
"SN" devices are special numbers that are usually not available to the general market. We cannot discuss the details on a public forum.
I will reach out to you internally to discuss.
I would recommend the newer TL331 B QDBVRQ1 …
Other Parts Discussed in Thread: TL331-Q1 , LM2903-Q1 Hello,
LM2903-Q1, TL331-Q1 datasheet has following explanation of Input Voltage.
Please confirm following understanding from above specification is correct.
When these comparators are used Vcc=5V and…