Hi Mike,
Mike Joyce said: The fastest signal I am sending into this op amp is 10MHz. Now I know this is not a super fast signal, but should I still be treating this as high speed design? And I should still be making the changes you suggested before even…
Part Number: OPA2691 Other Parts Discussed in Thread: OPA2846 Hello
We are using OPA2691 op amp with dual supply of +/- 3.3 V in a SiPM based application in our Gamma Ray Astronomy experiment. What is the typical output overdrive recovery time of this…
Part Number: OPA2691 Other Parts Discussed in Thread: THS6042 Hi,
My customer is looking for alternative parts for EL2260 (EOL device) and I offered OPA2691IDR from TI cross reference tool.
But +/-12V supply range support is required.
Could you please let…
Hi Wonwoo,
the 1m cable between the function generator and the DUT will have a negative impact on the stability of OPAmp. This may not be a problem when testing the DUT with low frequencies and using a low frequency OPAmp in the TIA (trans-impedance-amplifier…
Well, and taking Kai's file for a start, we can adjust this to a +/-5V OPA2690 solution as thus, we would need to increase the gain for the DC servo path to keep its output in range, that will of course be increasing the NG reducing the BW for the now…
Ian Williams (high-speed amplifier applications engineer) says:
Answer:
Yes, it is perfectly acceptable to power these devices with a -12V
rail at -Vs and GND at +Vs. The device only cares that the total voltage
across its supply pins is within…
Other Parts Discussed in Thread: BUF634 , OPA2691 , OPA2690 , LMH6574 Dear Sir
I am using a video buffer BUF634 in between video output and ADC input.
In my application i am getting 4 video outputs, for each output before giving to ADC input i am using BUF634…
Speaking of S-Video distribution amplifier, I have identified OPA2691 and LMH6715 as ideal opamps for 1:3 mode. Would you suggest any other op-amp. However, I couldnt find a reference circuit for this. Can you help me with one?
Other Parts Discussed in Thread: THS4222 , OPA2690 , OPA2691 Hi TI technical Support,
Please find the figure below.
Here i am confusing with first parameter.
In small signal bandwidth: test conditions it is showing that G=1,Pin = -7dBm. what is this mean…
