Photodiode Amplifiers: OP AMP Solutions
No matter where you are on the learning curve, this one-stop sourcebook delivers the kind of previously hard-to-find practical information you'll appreciate - and the wide range of application circuit alternatives you need - to optimize the noise, offset, bandwidth, and stability performance of photodiode amplifiers. Featuring the insights and accumulated knowledge that could only come from the world's number one authority on the subject, this is no scholarly tome but a hands-on reference - one that provides you with generalized circuit solutions that quickly adapt to specific design and application requirements. Inside, you'll find clear, complete, and largely stand-alone discussions of such topics as how the op amp current-to-voltage converter serves as the basic photodiode amplifier; the role of photodiode capacitance in an amplifier's AC response, along with design equations for optimum phase compensation; noise analysis, identification, and reduction; and wideband, high-gain, and position-sensing photodiode amplifiers. In all, this information-packed guide is without question the photodiode "bible" for anyone dealing with electronic design issues.
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The Basic Amplifier
Bandwidth and Stability
8 other sections not shown
added amp input amp's amplifier input amplifier's bandwidth limit bias bootstrap buffer bypass capacitor Cicm circuit combination common-mode compromise crossover frequency current-to-voltage converter curve dc offset defines depletion region design equation differential-input diode diode capacitance diode's duces EnoR error signal feedback factor feedback resistor Figure filter gain-bandwidth product high-frequency higher frequencies increase inductance input capacitance input current input noise voltage intercept line impedance loop low-pass filter magnetic magnitude noise analysis noise components noise current noise density noise effects noise floor noise gain peaking noise performance noise reduction noise sources open-loop gain oscillation output signal parasitic phase compensation phase margin phase shift photodiode amplifier pole power-supply produces PSRR reduces removes requires resistance resonance response roll shunting signal bandwidth signal voltage single-pole stability supply supply-line transresistance two-amplifier unity-gain crossover voltage divider zero
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