M128-010 MOOG 控制器模块

M128-010 MOOG 控制器模块有时称为 MCU 或微控制单元是单集成电路 C)，通常用于特定应用并设计用于执行某些任务。在某些情况必须自动控制的产品和设备，如电器、电动工具、汽车发动机控制系统和计算机都是很好的例子，但微控制器的应用范围远不止这些应用。
本质上，微控制器收集输入，处理此信息，并根据收集到的信息输出特定动作。微控制器通常以较低的速度运行，大约在 1MHz 至 200MHz 范围内，并且需要设计为消耗更少的功率，因为它们嵌入在其他设备中，在其他领域可能具有更高的功耗。

M128-010

微控制内部:基本组件微控制器可以看作是一台小型计算机，这是因为它内部的基本组件，中央处理器(CPU)、随机存取存储器RAM)、闪存串行总线接口、输入/输出端口(/0 端口)，在许多情况下，还有电可擦可编程只读存储器内存 (EEPROM)
图 1显示了微控制器中主要部件和其他部件的示意图，让我们深入了解这些组件中的每一个，看看它们在微控制中是如何工作的。图 2: CPU执.行的典型机器周期。微控制器内存RAM是临时存储数据的组件，可以快速访问。它提供对存储设备的快速读写访问，
这与大多数其他存储器不同，因为数据不容易获得，因此提取数据需要更长的时间，您可以将其视为可以访问数据表面的 RAM – 易于访问-但任何深入研究都将需要不同类型的内存。RAM 提高了整体系统性能，因为它允许微控制器同时处理更多信息，

M128-010

The M128-010 MOOG controller module, sometimes called an MCU or microcontrol unit, is a single integrated circuit C) that is typically used for specific applications and designed to perform certain tasks. Products and devices that must be controlled automatically in certain situations, such as appliances, power tools, automotive engine control systems, and computers are good examples, but the range of applications of microcontrollers goes far beyond these applications.
In essence, the microcontroller collects input, processes this information, and outputs specific actions based on the collected information. Microcontrollers typically operate at lower speeds, in the range of about 1MHz to 200MHz, and need to be designed to consume less power because they are embedded in other devices and may have higher power consumption in other areas.
A microcontroller can be thought of as a small computer because of the basic components inside it, the central processing unit (CPU), random access memory RAM, flash serial bus interface, input/output port (/0 port), and in many cases, electrically erasable programmable read-only memory memory (EEPROM).
Figure 1 shows a schematic of the main components and other components in a microcontroller, giving us an in-depth look at each of these components to see how they work in a microcontrol. Figure 2: CPU bindings. Typical machine cycle of a row. Microcontroller memory RAM is a component that temporarily stores data and can be accessed quickly. It provides fast read and write access to storage devices,
This is different from most other memory because the data is not readily available, so it takes longer to extract the data, and you can think of it as RAM that can access the surface of the data – easy to access – but any in-depth study will require a different type of memory. RAM improves overall system performance because it allows the microcontroller to process more information at once,

M128-010