Analog amplifier is a commonly used electronic device in instruments, which works based on proportional amplification, amplifying the input signal by a certain factor and outputting it. An analog amplifier consists of three parts: an input stage, an intermediate stage, and an output stage. It detects and transmits weak signals through linear amplification of voltage or current. The function of an analog amplifier is to amplify the weak signal output by the sensor, making it easier for subsequent circuit processing and recording. In the fields of industrial automation, measuring instruments, medical equipment, etc., analog amplifiers are widely used in signal conditioning, transmission, and recording processes, providing stable and reliable signal processing capabilities for various applications. By selecting appropriate analog amplifiers, high-precision measurement and control of weak signals can be achieved, improving the performance and reliability of equipment.
Function and characteristics of analog amplifier:
Supply voltage: DC24V
Sensor operating voltage: 10V ± 0.3V DC
Sensor operating voltage: 0.5~1.5 m V/V
Output: ± 10V
Zero of R.O.et: Potentiometer 104
Mancheng of R.O.et: Potentiometer 103
Non linearity: 0.05%
Magnification: 2000times magnification
Response frequency: 1K HZ
Working temperature range temperature range: -10℃ to 50℃.
Use humidity range: below 85% RH
