531X139APMANG2 使用多个组件来控制电路板周围的能量流

【产品详情】

 通用电气的531X139APMANG2被认为是应用卡。531X139APMANG2 使用多个组件来控制电路板周围的能量流。例如可变电阻器，用于控制能量流动的量或量。跳线端口，用于打开和关闭电路板周围的某些单个电路。二极管引导能量沿单一方向流动，很像单行道。如果 531X139APMANG2 需要存储能量，则将其放入电容器中，也称为电容器。这些组件使用它们产生的电场来容纳能量。如果 531X139APMANG2 需要释放能量，它会将其发送到电阻器。电阻器让一定量的能量通过，然后将其余的能量转化为热量以摆脱它。如果 531X139APMANG2 连接到电源，电阻器确实存在过热的风险。为了与周围环境进行通信和获取电力，531X139APMANG2 具有六个与带状线束一起使用的公端子。531X139APMANG2使用其许多微芯片控制所有这些活动。每个微芯片都是自己的小电路板，用于保存有关 531X139APMANG2 性能的信息。微芯片根据可编程性分为两组。

531X139APMANG2 使用多个组件来控制电路板周围的能量流

【英文介绍】

 Ge's 531X139APMANG2 is considered an application card. The 531X139APMANG2 uses multiple components to control the energy flow around the board. For example, variable resistors are used to control the amount or quantity of energy flow. Jumper ports are used to open and close certain individual circuits around the board. The diode directs the energy to flow in a single direction, much like a one-way street. If 531X139APMANG2 needs to store energy, it is put into a capacitor, also known as a capacitor. These components use the electric fields they generate to hold energy. If 531X139APMANG2 needs to release energy, it sends it to the resistor. The resistor lets a certain amount of energy through and then converts the rest of the energy into heat to get rid of it. If 531X139APMANG2 is connected to a power supply, there is a real risk that the resistor will overheat. For communication with the surrounding environment and access to power, the 531X139APMANG2 has six male terminals for use with a ribbon harness. The 531X139APMANG2 uses its many microchips to control all of these activities. Each microchip is its own small circuit board that holds information about the performance of 531X139APMANG2. Microchips are divided into two groups based on programmability.

531X139APMANG2 使用多个组件来控制电路板周围的能量流

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