DS200FSAAG2ABA | DS200SDCIG2AEB Field power amplifier board Model: DS200FSAAG2ABA
Category: Field power amplifier board
Finish: New, not new
Warranty: One year
The dimensions are approximately 289 mm high, 192 mm long and 121 mm wide
It weighs 5 pounds, 14 ounces
Altitude class 2000 m IEC 1010-1
Pulse test IEC 255-5 0.5 Joule 5kV
Operating hours counter accuracy ±1%
Product description
The GE Field Power amplifier board DS200FSAAG2ABA has 5 jumpers, 1 10-pin connector and 2 fuses. It is also filled with multiple test points. In addition to the 10-pin connector, the GE Field Power amplifier board DS200FSAAG2ABA is also fitted
4 2-pin connectors, because the home board can be connected to multiple electrical systems, these cables must be disconnected and reconnected during the replacement process, to avoid costly errors that can increase the transmission time of the motor, and to make the replacement check quick and easy, please write on the tape
Identifier of the connector to which the cable is connected. Then, attach the tape to the cable. Only then should you disconnect the cable from the circuit board. When you are ready to reconnect the cable, use the identifier to find the connector and reconnect the cable.
DS200FSAAG2ABA Field power amplifier board is an electronic device mainly used to amplify the signal to the required level to meet the requirements of various applications, it is an important part of the amplifier for providing high current and stable voltage, is
Necessary part of electronic system 1.
The basic structure of the DS200FSAAG2ABA field power amplifier board can be divided into three parts: the input end, the amplifier circuit and the output end, the input end is used to receive the signal source, it can be any form of signal, such as sound, image, voltage, etc. Signal by input
The end enters the amplifier circuit, and is output to the output end after amplification, for the general power amplifier, the amplifier circuit is composed of a large power device, and the power device amplifies the signal to the required level to meet the requirements of various applications, current and voltage processes
Qualitative is very important for power amplifiers, and feedback circuits are often used to improve the stability and accuracy of the circuit. The input is the interface to the power amplifier, which receives the signal and feeds it into the amplifier circuit. The input usually needs filtering to denoise and protect the input signal
The output is the output interface of the power amplifier, which usually needs to be matched with the load to ensure the stability and accuracy of the output voltage and current
