Part Number: CD4052B Other Parts Discussed in Thread: LMH6612 , TMUX1109 , TMUX1209 Hi TI Expert,
I currently have a circuit configured as: Hall Current Sensor → LMH6612 → ADC → FPGA.
I need to expand this design to support multiple current sensor…
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: 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…
Hi Hasan,
I checked with customer, they want a device to replace EL8403 in a legacy design.
Firstly they chose LMH6612, but it didn't work. Could you please recommend a suitable part to replace EL8403? Better p2p with LMH6612 since they already printed…
Hi Mosel,
the datasheet of LMH6612 states that all pins can withstand an ESD event of 2000V. So, with an external protection diode from the output pin to the supply pin the output pin will survive ESD all the more.
Kai
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…
Other Parts Discussed in Thread: LMH6612 , LMH6611 , OPA857 Dear Specialists
My customer has a question for LMH6612.
Could you please let me know.
He wants to know about the phenomenon at overload. When the input voltage is higher, the output is…
Other Parts Discussed in Thread: LMH6612 Dear Specialists,
My customer wants to know LMH6612 of open loop gain and phase spec at over temperature.
He also wants to know piece to piece variations.
Could you please let me know.
Best regards,
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…
