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Amplifiers
Documents What is the dynamic range of the ADA4350 when used as a TIA?
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    • Can I use the ADA4350 as a switchable gain voltage feedback amplifier?
    • How do I design a TIA with different transimpedance gain paths with the ADA4350?
    • How do I evaluate the ADA4350?
    • How many gain paths does the ADA4350 have?
    • The ADA4350 uses a 24 bit map. Can I use a 16 bit word load instead?
    • What ADC can I pair with the ADA4350? Can I use the ADC driver in other gain configurations?
    • What advantages does the ADA4350 have over other traditional switchable gain TIAs or the fixed gain TIA+PGA approach?
    • What is the dynamic range of the ADA4350 when used as a TIA?
    • Will the switches in the ADA4350 cause gain error and leakage issue?
    • ADA4350: What is the current noise contribution in my TIA design?
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What is the dynamic range of the ADA4350 when used as a TIA?

Q 

What is the dynamic range of the ADA4350 when used as a TIA?

 

A 

It can be as big as you want it to be. However, if you use a large resistive
load at the TIA output and a small feedback resistor, a series RC circuit may
be needed at the output of the TIA to clamp down the peaking. For details,
please refer to the section “The Effect of Low Feedback Resistor Rfx” on the
ADA4350 datasheet.  If you use a large feedback resistor (> 1MOhm), you may
consider using a T-network configuration to maximize your signal bandwidth.
Please see the  section  “Using the T network to implement large
feedback resistor values” in the ADA4350 datasheet.

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