Part Number: LMH6702 Other Parts Discussed in Thread: OPA695 Hi, I have a question about noise for the LMH6702.
I would like to know if there is any data for voltage noise, inverting noise current, and non-inverting noise current for temperature being…
Part Number: LMH6702 Other Parts Discussed in Thread: DAC5681Z , , THS3217 , THS3215 , THS3491 hi,
I am interfacing Dac5681Z with LMH6702 .Output required is 0v to 3v Unipolar. PL confirm whether circuit attached will work.
Thanks
Seema BEL_LMH6702.tsc DAC…
Part Number: LMH6702 Hello Team,
in the device datasheet there is the device marking description related to the top side of the device.
The top marking as per datasheet is A83A (SOT 23 package)
There is no reference for the bottom marking.
What does it…
I do not have such an excel file. Noise is measured in RMS, since it is a Gausian, and the peak to peak noise is proportional to the amount of time included in the measurement.
Best regards,
Sean
Part Number: LMH6702 Hi E2E,
1 The function of the circuit is to amplify the input pulse voltage signal. Each level's magnification is 5.5. The circuit schematic diagram and PCB is shown below
2 Problems in debug.
Test the first stage amplify circuit…
Part Number: LMH6702 Other Parts Discussed in Thread: DAC5681Z , THS3217 , THS3215 DAC_SCH.pdf
hi,
Please confirm whether above schematic will give output of 0 V to +2.5V. Pin 2 should be connected to neg supply or ground for unipolar positive output?
…
Part Number: LMH6702 Other Parts Discussed in Thread: OPA695 , THS3491 Team,
Looking to see if I can use the LMH6702 to drive a speed pulse (PECL) into a 3-5V 50 ohm load.
I’m not sure I’m in the digital, analog or uwave region.
In the analog…
Part Number: LMH6702QML-SP Other Parts Discussed in Thread: LMH6702
Good afternoon,
I am using this amplifier in my front-end circuitry for a lidar system. I am AC coupling to the LMH6702, and supplying a +/- 5V rail. Typically, we are feeding 15nS pulses…
Part Number: LMH6702 Other Parts Discussed in Thread: TINA-TI
Hello everyone,
I am simulating LMH6702 opamp in one of my designs using ADS. I am trying to match the theoretically calculated noise with the simulated one but they seem to differ somehow…
Part Number: LMH6702 datasheet lists 35°C/W for the 8 lead CDIP package. is this to top case or bottom case? I suspect bottom case, but wish to confirm.
