Other Parts Discussed in Thread: LM7332 Greetings,
With reference to the LM7332 data sheet [SNOSAV4A-April 2008 - Rev March 2013], the stated Absolute Maximum Vin Differential is +/-10V.
What is driving this requirement and is this true for all Supply…
Hi Thomas,
Thanks for all the good responses. I have another question regarding the open and/or closed loop output impedance of the LM7332. The data sheet looks to have one data point for closed loop output impedance of 3Ω at 100kHz. Is there any data near…
Other Parts Discussed in Thread: LM7332 , TPS61023 , TPS61022 Dear *,
we are looking for a boost converter IC with low output voltage ripple , lower than 10mV RMS.
The peak current load is 1A/50ns ( OPAMP LM7332 is supplied with the boost output voltage…
Part Number: LM8272 Other Parts Discussed in Thread: LM7322 , LM7332 , OPA1678 So I have an application where (don't laugh TOO hard) I'm actually trying to use a power MOSFET to replace an actual vacuum tube power pentode, the "class" of the drive is about…
Other Parts Discussed in Thread: LM7332 Hi,
I have a case number with CS0364874. The case is as below;
I need the voltage follower but it should be fast response. Our input signal can be very low such as 20mV. In the transceiver, the input signal depends…
Part Number: LM7322 Other Parts Discussed in Thread: LM7332 , OPA2192 , OPA2202 Hi,
Our Customer has a question about LM7322 & LM7332.
Are these two OPAMPs guaranteed to be no phase reversal with a large C Load?
Customer requirement is that the input…
Hi Larry,
The LM7332 isn't available in the DIP. The DIP is being phased out and only older, legacy op amps may be available in that package.
If your volume usage of the op amp is small, then an SOIC to DIP adapter may be a solution.
Regards, Thoma…
Hi Hari,
I think I misinterpreted your question. I think you want the thresholds from the input of the buffer to the output of the comparator to be 1.282 and 1.182.
For this to be accomplished, I used a 875mV reference for the comparator and an R4 of…
Hi Tim,
The input is the photodiode sensor, which includes I/V conversion op-amp. The output range is 0 to 4V. So,I get the input range 0 to 2V using voltage divider, and then added it to buffer, RC filter, and then comparator.
Do you think I can ignore…
Other Parts Discussed in Thread: LM8261 , LM7332 I have a need to drive a low frequency (<1MHz) analog signal over about 6 feet of cable so I am looking for a suitable solution. The parameters that I have been focusing on, and appear to be mutually exclusive…