Jebas,
The OPA4170 input common-mode voltage range is specified from (V-)-0.1V to (V+)-2V but it is operating from (V-)-0.1V to (V+)+0.1V; to understand the difference between specified and operating range, please click on the link below:
http://e2e…
Part Number: DAC8760 Other Parts Discussed in Thread: OPA4170 , While using the OPA4170, we have to use the DAC8760. While doing so, what is the significance of the VSENSE pin both + and -?
Also, Why is a 5k ohm resistor used between VOUT and +VSENSE…
Part Number: LM2902 Other Parts Discussed in Thread: OPA4990 , OPA4170 , TLV9304 , TLV4170 , ADS7028 , LM7705 , TLV9061 , TLV9302 Tool/software: Dear,
We wrote to check the issue as below, U3 and U5 are powered by +24VDC, for the U3, we add a + 1.25V…
Part Number: TLV4170 Other Parts Discussed in Thread: TL084H , TL074H , OPA4170 , Hi
Could you provide below specification which is not available in datasheet?
Input bias current – maximum at TA = 25°C
Input bias current – maximum at TA = –40…
Part Number: TIDA-00289 Other Parts Discussed in Thread: DRV110 , DRV5023 , OPA4170 , , TLV271 The TIDA-00289 design uses a 24-V DC solenoid, can the design be easily modified for 12-V DC solenoids? I checked the datasheets for the major components (DRV110…
Hi William, Thank you for posting to E2E! Digital isolators do not include output current limiters since most connections on digital lines have high input impedances. In this case, OPA4170 has a very high input impedance (10E12 Ohms), so current-limiting…
The TLV9104 is a mainstream product, but it is cost optimized and has a slightly higher noise. The TLC2264 is still good at what it does.
Comparison of TLC2264, TLC2274, TLV9104, OPA4170 .
Sandeep, Welcome to the e2e forums.
The OPA4170 is not rail to rail input. The model will have poor results as a warning when the input range is close to the end. The OPA4170 can run on 3.3V, however it is not the best idea as the input range limitations…
Part Number: TLV1701 Other Parts Discussed in Thread: OPA4170 , TL331 , LM339 , LM393 , OPA196 , OPA197 , OPA191 , OPA192 Hello,
I am interested in selecting comparators with total power supply range of 30-36V (between Vsupply+ and Vsupply-), that maintain…
Hi Nilav,
1. You want to capture the voltage signal up to 45V which is your useful signal, so the resistor divider is necessary which is not used to clamp the signal. Also, the resistor divider should be placed before the diode clamp circuit which is…
