Before you look further, please think about your application and evaluate the total node capacitance your amplifier will be expected to drive. Remember the equation, i = C dV/dt or i = S C, which describes the current necessary to drive a fast slewing signal across some load…
Read the full replyI have to design an amplifier that can offer a slew rate over
What must it drive? What's the input signal level/impedance/waveform?
John
Before you look further, please think about your application and evaluate the total node capacitance your amplifier will be expected to drive. Remember the equation, i = C dV/dt or i = S C, which describes the current necessary to drive a fast slewing signal across some load capacitance. For example, a node capacitance of 250pF will require 250E-12 * 1E10 = 2.5A of current. A 2W amplifier may not be sufficient.
What are you working on?
Sure! Just use one of these:
http://205.243.100.155/frames/longarc.htm#Disconnect
Good Luck! Rich
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