Part Number: LMH6401 Hello,
I am looking for any low frequency noise data for the LMH6401. We are looking for flicker noise graphs at DC or near 15KHz. Is this available?
Thank you.
Layne
Part Number: LMH6401 Hi,
Please let me ask the anchor pins connection. Is it connected to GND potential or floated pattern? From reference layout in datasheet, it is not connected to GND on top layer.
Best Regards,
Sonoki / Japan Dsity
Part Number: LMH6401 Hello,
My team and I are performing receiver analysis but are running into some issues calculating the input referred voltage and current spectral densities associated with this amplifier. Using the process found here , we attempted…
Part Number: LMH6401
Urgently need clarification of the following Electrical Characteristics, Vicm, Viclr, Vichr, found in the datasheet; literal interpretation implies there is dc common mode voltage at each input pin.
Vicm states that is is self-biased…
Part Number: LMH6401 Other Parts Discussed in Thread: TINA-TI , Tool/software: TINA-TI or Spice Models Support Path: /Tools & software/Help me with an issue/TINA-TI Spice Analog Simulation Tool/ Hi,
Could you send me some general rules about {TINA…
Part Number: LMH6401 In the TIDA-00826 reference design schematics, there are some 'DNP' capacitors in parallel with the PI attenuator resistors. What's the purpose? When we need populate these capacitors?
Thanks.
Part Number: LMH6401 Other Parts Discussed in Thread: TINA-TI , , OPA695 Tool/software: TINA-TI or Spice Models Hi Team,
Our customer try to use PSPICE for LMH6401 design. Customer already have spice model from our web site. However, there is something error…
Hi Nick,
Actually our goal is to test the DC capability of the LMH6401. Therefore, we don't want to add a DC block there. Are we concluding that the LMH6401 is not capable of DC?
By the way, we have gotten another evaluation board from TI: OPA855DSGEVM…
Hello Peter,
At TI we cannot provide tested models or support debugging LTSpice software. Our best recommendation is to take the PSPICE model and import the netlist into LTSPICE: this does not always create a complete working model but may work well enough…