Part Number: OPA379 Other Parts Discussed in Thread: LMV831 , LMV832 I am wonder if there is now EMI hardening data (OPA379) that would rival the excellent performance of the LMV831. Such as the referenced thread discuses with the OPA379. Is there a lower…
Part Number: OPA379 Other Parts Discussed in Thread: OPA348 , OPA314 We are interested to use either OPA379, OPA348 or OPA314 in a battery operated device
Is there any information with respect to distortion 2nd, 3rd harmonics, THD and IM and how to minimize…
Part Number: OPA379 Other Parts Discussed in Thread: LMV831 , , LPV801 Hello,
We have the LMV831 in our current design to measure low voltage signals. Our design also contains a 2G/3G modem. When the modem is communicating through 2G/3G, the signal from…
Part Number: OPA379 Hi. The data sheet for this device specifies the minimum open-loop voltage gain over temperature, but not the max. Do you know what is the maximum open loop gain that can be expected?
Other Parts Discussed in Thread: OPA379 Hi, folks
Could you tell me a measurement condition for turn-on time?
i.e. input voltage, dv/dt of input, how to judge as turn-on.
Part Number: OPA2333 Other Parts Discussed in Thread: , OPA379 Hi,
I'm trying to simulate the OPA2333 op-amp and I used the OPA2333P model from https://www.ti.com/lit/zip/sbom166 since I couldn't find the OPA2333 model. The issue I’m having is that…
Other Parts Discussed in Thread: OPA379 , OPA244 Hello, all
Now we are considering to use OPA244 or OPA379 for our next model.
I am referring each datasheet, but I could not find out find out the output current information when applying Vcc=3.3V.
We need…
Other Parts Discussed in Thread: OPA379 , LPV7215 I am using OPA379 Single supply ultra low power opamp for SIne to Square wave converter...(ZERO CROSSING DETECTOR)
Input is 20mV pk-pk AC Sine wave from Current Transformer..
Supply voltage is 3.6V battery…
Carlos,
You do not specify what other parameters besides IQ and bandwidth are critical in your customer's application but here are some other options:
OPA369 (800nA, 12kHz) , OPA349 (1uA, 70kHz) and OPA379 (2.9uA, 90kHz).
Hi Marek,
Thanks for your reply.
Q1: The package of LMP7721 is two large. Is there any other smaller package device and can replace LMC6482 and LT6000?
The bias current of OPA379 is 50pA. It is higher than LMC6482. And the bias current of OPA388…