电压反馈传感板 DS200NATOG3A  允许将电源连接到许多不同的电阻器

通用电气电压反馈传感板 DS200NATOG3A 型用于通过 SCR 电桥衰减直流和交流电压，从而可以精确推导电桥电压反馈。 为了正常工作，该模型必须与栅极分配状态板和VME背板一起使用。电路板上有多个刺连接器，五个电阻串中的每一个都有三个刺连接器，允许将电源连接到许多不同的电阻器，以适应各种电压。

DS200NATOG3A 型号是基础级主板，不向后兼容，这意味着该型号本质上是一个全新的目录号。 该模型被设计为衰减器板，可与不同的桥接接口板结合使用。该板的主要特点是处理NATO板的电压反馈。

DS200NATOG3A 电压反馈缩放板是一种用于电压反馈控制的电路板。

DS200NATOG3A 电压反馈缩放板通常由多个电子元器件组成，包括电压检测电路、放大电路、比较电路等。它能够实时检测电路中的电压，并将检测到的电压信号进行放大和比较，从而控制电路中的电压输出。

DS200NATOG3A 电压反馈缩放板在许多领域都有应用，例如电动机控制、电源管理、电池充电等。通过使用电压反馈缩放板，可以实现对电路中电压的精确控制，提高系统的稳定性和可靠性。

电压反馈传感板 DS200NATOG3A  允许将电源连接到许多不同的电阻器

The GE voltage feedback sensor board Model DS200NATOG3A is used to attenuate DC and AC voltages through SCR Bridges so that bridge voltage feedback can be accurately derived. To work properly, the model must be used with a grid distribution status board and a VME backplane. There are multiple thorn connectors on the board, with three thorn connectors for each of the five resistor strings, allowing the power supply to be connected to many different resistors to accommodate a variety of voltages.

The DS200NATOG3A model is a base-level motherboard and is not backward compatible, which means that the model is essentially a completely new catalog number. The model is designed as an attenuator board that can be used in combination with different bridging interface boards. The main feature of the board is to handle the voltage feedback of the NATO board.

DS200NATOG3A voltage feedback scale board is a circuit board for voltage feedback control.

DS200NATOG3A voltage feedback scale board is usually composed of a number of electronic components, including voltage detection circuit, amplification circuit, comparison circuit, etc. It can detect the voltage in the circuit in real time, and the detected voltage signal is amplified and compared, so as to control the voltage output in the circuit.

The DS200NATOG3A voltage feedback scale board has applications in many fields, such as motor control, power management, battery charging, etc. By using the voltage feedback scale board, the voltage in the circuit can be accurately controlled, and the stability and reliability of the system can be improved.