Part Number: LMH6612 Other Parts Discussed in Thread: ISO224 , AMC3301 Hi Team,
I am building a circuit to detect current of a media high voltage circuit (400VDC, 0~8A), bandwidth need to be at least 20MHz.
As HV ground cannot be same as sensing circuit…
Part Number: LMH6612 Other Parts Discussed in Thread: OPA2690 , LMH6611 , OPA690 Hi team,
My customer were using LMH6612, now they are looking for a p2p device with faster time response . The application is MOSFET driving. Could you please recommend a suitable…
Part Number: LMH6612 Other Parts Discussed in Thread: OPA2830 This is George Zuk at the University of Pittsburgh.
Back in 2016 I was working with you about a getting a bunch of the LMH6612's from the same wafer due to this will be used in a radiation…
Part Number: OPA2211A Other Parts Discussed in Thread: LMH6612 , OPA2695 Tool/software: Hi TIer
In my customer handheld ultrasound product in TGC circuit.
Could you help recommend a product with a package smaller than 3 mm *3mm, similar performance to…
Part Number: LMH6612
Hello all,
I am evaluating the LMH6612 for an application with ESD threats on the output. I have added protection features (Diodes, series resistor, ferrite bead) to mitigate the threat, so the output pin of the op-amp now experiences…
Hi Sima,
We did some of output testings by using LMH6612 instead of LMH6611, I believe the electronical character between LMH6612 and LMH6611 should be same as each other.
The below video shows that green bar is for input and yellow bar is for ouput, we…
Hi Allen,
I have totally overlooked your post. Sorry for that.
The TLV9061 may not want the filter cap being directly connected from the output to ground. This is a simple way to destabilize an OPAmp and can even cause oscillation. You could insert an…
Other Parts Discussed in Thread: LMH6612 Hi,
I was planning to use LMH6612 opamps for an application of mine which involves providing non-inverting buffering for a 1MHz 200mVpp signal(ie +/100mV swing), and then another stage which adds some 3.63V DC to…
Dear Specialists,
According to the Datasheet P.4, minimum AOL is 78dB at Tj=25deg,RL = 150Ω and VOUT = 2.5V to 0.5V
My customer wants to know the minimum AOL value at over temperature.
How can he estimate the deviation..
Could you please let me…
