Understanding the characteristics of high voltage amplifier usage is essential for the proper application and effective utilization of this technology. The following is a detailed description of the characteristics of high voltage amplifier usage to help you better understand and utilize high voltage amplifiers.
A high-voltage amplifier processes an input signal through an amplification circuit so that its output reaches a higher voltage level. It usually consists of three parts: power supply, input signal circuit and output circuit. High voltage amplifiers have the following characteristics:
High-precision amplification: a high-voltage amplifier is able to amplify a weak input signal to a higher voltage level, which improves the readability and stability of the signal. It highlights the details and characteristics of the signal by increasing its amplitude.
Wide Frequency Range: High voltage amplifiers have a wide frequency response range to accommodate different signal sources. Whether it is a low-frequency signal or a high-frequency signal, the high-voltage amplifier is able to amplify it effectively and maintain the quality and accuracy of the signal.
Adjustability: High voltage amplifiers usually have adjustable gain and current output, which can be precisely controlled according to the actual needs. This adjustability makes high voltage amplifiers more flexible and diversified in different application scenarios.
High Stability: High voltage amplifier has high stability and reliability in the working process, and can maintain the working state for a long time. It can provide stable output signals to ensure the normal operation of the system.
| Model | Bandwidth | Voltage | Current | Wattage |
| ATA-2121B | (-3dB)DC~1MHz | 200Vp-p(±100Vp) | 500mAp | 50Wp |
| ATA-2022B | (-3dB)DC~1MkHz | 200Vp-p(±100Vp) | 500mAp | 50Wp |
| ATA-2048 | (-3dB)DC~1MHz | 400Vp-p(±200Vp) | 80mAp | 16Wp |
| ATA-2031 | (-3dB)DC~500kHz | 300Vp-p(±150Vp) | 120mAp | 18Wp |
| ATA-2032 | (-3dB)DC~500kHz | 300Vp-p(±150Vp) | 120mAp | 18Wp |
| ATA-2041 | (-3dB)DC~500kHz | 400Vp-p(±200Vp) | 100mAp | 20Wp |
| ATA-2042 | (-3dB)DC~500kHz | 400Vp-p(±200Vp) | 100mAp | 20Wp |
| ATA-2081 | (-3dB)DC~200kHz | 800Vp-p(±400Vp) | 40mAp | 16Wp |
| ATA-2082 | (-3dB)DC~200kHz | 800Vp-p(±400Vp) | 40mAp | 16Wp |
| ATA-2161 | (-3dB)DC~150kHz | 1600Vp-p(±800Vp) | 40mAp | 32Wp |
| ATA-214 | (-3dB)DC~500kHz | 400Vp-p(±200Vp) | 300mAp | 60Wp |
Table: ATA-2000 series high voltage amplifie
Introduction to the Use Characteristics of High-voltage Amplifiers:
High-voltage Output: one of the remarkable features of the high-voltage amplifier is its ability to provide a high-voltage output. It can amplify the input signal to a higher voltage level to meet the demand for high voltage in different application scenarios. For example, in the medical field, high voltage amplifiers can be used to excite and drive high voltage medical equipment such as X-ray generators and radiation therapy equipment.
High Power Carrying Capacity: High voltage amplifiers typically have a large power carrying capacity and are capable of outputting high power signals. This makes high voltage amplifiers suitable for application scenarios that require high power, such as laser drivers, particle gas pedals and radar systems.
Figure: ATA-2042 High Voltage Amplifier Index Parameters
Wide Range of Applications: The characteristics of high-voltage amplifiers allow them to be used in a wide range of fields. In addition to wireless communications, medical equipment and scientific experiments, high-voltage amplifiers can also be used in industrial control, power systems, and aerospace and defense. The needs of high voltage amplifiers vary from field to field, therefore, high voltage amplifiers must have certain adaptability and reliability.
High voltage amplifiers are characterized by high voltage output capability, wide frequency bandwidth range, high gain and sensitivity, low noise performance, stability and reliability. These characteristics make high-voltage amplifiers unique in many applications and have contributed to the development and innovation of the technology.
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