IS200EHPAG1A  EX2100型  高压脉冲放大器

型号：IS200EHPAG1A

板类型： 高压脉冲放大器

制造者 ：通用电气工业系统

模块用途 ：单工或冗余

插头连接器：14;8 个双插头、4 个四插头和 2 个六插头

变压器数量：八

Transisters数量：十

系列 ：EX2100型

励磁器高压脉冲放大板IS200EHPAG1A是 EX2100 系列的一部分。脉冲放大器板的用途是直接控制可控硅整流器（SCR）。在实际的电路板上，有多个连接器，总共有十四个插头连接器，以及一组三个母板连接器。 这些插头连接器具有不同的插头选项和数量。其中 8 个连接器为双插头，4 个为四插头，2 个为六插头连接器。连接器位于电路板的右上角，靠近四个支架，可用于连接可选的子板。

在高压脉冲放大器中，IS200EHPAG1A放大电路可以设计为单端放大电路或双端放大电路。单端放大电路主要放大输入信号的幅度，而双端放大电路则能同时放大输入信号的幅度和宽度。这样的设计使得高压脉冲放大器能够灵活应对不同的应用需求。

关于高压脉冲放大器的具体性能参数，如输出电压范围、频率响应、线性度、稳定性、输入/输出阻抗、噪声、安全性以及电源电流等，这些都会根据具体的应用场景和设计要求而有所不同。因此，在选择和使用高压脉冲放大器时，需要根据实际需求进行详细的了解和比较。

Model: IS200EHPAG1A

Board type: High voltage pulse amplifier

Manufacturer: General Electric Industrial Systems

Module use: simplex or redundancy

Plug connector: 14; 8 double plugs, 4 four plugs and 2 six plugs

Number of transformers: 8

Number of Transisters: ten

Series: EX2100

The exciter high voltage pulse amplifier board IS200EHPAG1A is part of the EX2100 series. The purpose of the pulse amplifier board is to directly control the SCR (SCR). On the actual board, there are multiple connectors, a total of fourteen plug connectors, and a set of three motherboard connectors. These plug connectors have different plug options and numbers. Eight of the connectors are two-plug, four are four-plug, and two are six-plug connectors. Connectors are located in the top right corner of the board, near the four brackets, and can be used to connect optional daughter boards.

In high-voltage pulse amplifiers, the IS200EHPAG1A amplifier circuit can be designed as a single-ended amplifier or a double-ended amplifier circuit. The single-ended amplifier circuit mainly amplifies the amplitude of the input signal, while the double-ended amplifier circuit can enlarge the amplitude and width of the input signal at the same time. This design allows high voltage pulse amplifiers to flexibly respond to different application requirements.

The specific performance parameters of high-voltage pulse amplifiers, such as output voltage range, frequency response, linearity, stability, input/output impedance, noise, safety, and power supply current, will vary according to the specific application scenario and design requirements. Therefore, in the selection and use of high-voltage pulse amplifiers, it is necessary to carry out detailed understanding and comparison according to actual needs.