Other Parts Discussed in Thread: LMH6559 Hi,
We are using LMH6559 in our design and looking in to improving signal quality on the board. I did find the PSPICE model, however I'd like to run some simulations on Linesim and hence would need IBIS model for…
Dear Sir,
Very thanks for your valuable time allotted in answering
My signal is 250MHz so i am choosing 500Msps ADC, you are correct the signal is a single-ended
I have gone through TI 2 GHz OscilloScope design which i felt is a good starting point - …
Hi Rodrigo,
The LMH6559 is a very simple high speed buffer with 200 kOhms input impedance that is flat out to 200MHz when operated on +/-5V rails. What is the application? Do you have any more design performance considerations?
Best,
Sam
Other Parts Discussed in Thread: THS3217 , LMH6559 I try to use PSpice for TI to simulate circuits which are based on TI's /National amplifiers, and these models are not included in the libraries. However, they are available for download from TI web site…
Part Number: OPA695 Other Parts Discussed in Thread: OPA2695 , , BUF602 , LMH6559 Hi Experts, My customer would like to use OPA695 or OPA2695 by unity gain. Does these devices can be stable operation at unity gain? I saw datasheet, OPA695 does not show a…
HI Markus,
It would be best if you could make a post in the amplifiers forum and just include a link to this thread. That way we can track the ADC vs. amplifier questions separately.
Unfortunately we don't have the LMH6559 in a space version. We will…
Part Number: LMH5401 Other Parts Discussed in Thread: LMH6559 I want to use the + output of the LMH5401 as feedback to an AGC circuit. It will buffered by the LMH6559 for subsequent processing. The application frequency band is 1MHz to 500 MHz; +/-1.0V…
Part Number: OPA656 Other Parts Discussed in Thread: LMH6559 , , BUF602 Hi how to choose the value of CD in the real circuit as the following
The data sheet says that CD indicates the diode capacitance. Then, which capacitors are diode capacitors in the…
Sure, the BUF602 is a closed loop buffer (low output Z) exceeding your BW requirements.
There is a much faster buffer in the LMH6559 that is also closed loop, Both show output impedance over frequency plots.
