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Part Number: LMH6505 Other Parts Discussed in Thread: VCA820 , VCA822 , VCA821 , VCA824 Hi,
We are using the LMH6505, its gain will change with the temperature. I want to ask
-The left gain coefficient of temperature, do we can use right gain forum to calcualte…
Part Number: LMH6505 Other Parts Discussed in Thread: LMH6503 Hi,
We are try to use LMH6505 VGA OP to compensate signal into line wave.
In my real application want to convert the below real wave, convert it into line wave (y = K * X + B, y is voltage…
Part Number: LMH6505 Other Parts Discussed in Thread: TINA-TI , Tool/software: TINA-TI or Spice Models Unable to find a lib or olb for LMH6505. Downloaded something for spicerack but it's only a text document about the model. Help please!
Part Number: LMH6505 Other Parts Discussed in Thread: VCA821 , VCA820 Hi,
Please let me know if there is an application note that is useful for design.
Best regards, Kato
Part Number: LMH6505 Other Parts Discussed in Thread: BUF634A We're trying to add a LMH6505 to our photodiode detector to remotely control the gain, using a DAC as the control signal. The peak voltage coming from the photodetector op amp is 1.35V…
Part Number: LMH6505 Other Parts Discussed in Thread: TINA-TI , Tool/software: TINA-TI or Spice Models I need to simulate the open loop gain & phase response of the LMH6505 to see how different Rf and Rg affect stability. Can someone provide the simulation…
Part Number: LMH6505 When I try to export from Ultra Librarian I get an error message "This footprint does not exist in current the library, or the component does not have a footprint assigned. Footprint name: M08A_L". Is there a model I can get that…
Part Number: VCA2616 Hi Sirs, My customer is looking for a VGA to support (1) 0.1Hz~200kHz operating range (2) High linearity on gain control. AD8336/37 are benchmarks and the VCA2616, LMH6505 and TL026 are candidates. Would you pls provide recommendations…
Hi Betul,
VCA822 is the more accurate device. You may also look into the VCA821, LMH6505, and LMH6503 as they have better accuracy as well.
Since these devices have internal gain adjust circuitry, there is no way to improve the accuracy of the gain unfortunately…