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Introduction:Decompensated amplifier is a unique type of amplifiers that provides higher bandwidth and faster slew rate. It has a minimum gain requirement. If you use the decompensated amplifier below the minimum gain stated on the datasheet, the amplifier becomes unstable. However, this limitation will not limit your design! It has many advantages if it is used correctly specially for high gain applications where the ratio of overall bandwidth to supply current is important! Other applications that would benefit from Decompensated Amplifiers are High Speed ADC Interface, Medical Systems, and Wide Band Communications. In this seminar, we will discuss the internal circuitry and why we can get higher bandwidth and faster slew rates with less supply current, its application, and compensation techniques when using decompensated amplifiers.

Introduction:There are many applications that combine the use of Operational Amplifiers and ADCs. However, how to choose the right Amplifier and ADC combination in order to maximize performance? What does the Bandwidth of the Amplifier has to do with the ADC's output error? What do you need to know about Aliasing? You can get all these answers by joining our Online Seminar!
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Q&A
Q:
note you use the Tantalum capacitor as output capacitor, how about the loop stability if use ceramic capacitor(like as 5pcs of 100uF) as output capacitor?
A:
To keep the ERM based power supply.....
Q:
Can this ERM methode solve the ripple during no load condition?
A:
Assuming you are talking about out.....
Q:
Do you have Dc/Dc devices that convert input voltage of +15 or +5 to -5V?
A:
The simple and better way for Conv.....



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