MB89985L-G-232-CHIP

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The MB89985L-G-232-CHIP is a general purpose micro-controller that is well suited for use in embedded applications. It is an 8-bit device with 32K of program memory, 6K of data memory, and a wide variety of peripheral options. It has the ability to perform basic arithmetic operations, as well as dedicated peripheral support for serial communications, analog-to-digital conversion, and pulse-width modulation. This makes it ideal for use in systems such as consumer electronics and industrial control automation.

The micro-controller implements a Harvard type architecture, with separate program and data memories. This allows instructions to be fetched from the program memory while data memory can be accessed in a more efficient manner than a single unified memory architecture. Separate clock signals are used to drive the instruction and data memories, further increasing performance compared to other micro-controllers.

The MB89985L-G-232-CHIP also supports a wide variety of on-board peripherals. This includes an on-board UART for basic serial communications, an on-board analog-to-digital converter, and two pulse-width modulator channels for controlling motor speed and other features. On-chip features such as watchdog timers and power-down detection can also be used to improve reliability and reduce power consumption.

The MB89985L-G-232-CHIP also includes a variety of programming languages, allowing developers to create applications quickly and efficiently. C and C++ are both supported, and a number of libraries are available to extend the capabilities of the micro-controller. The on-board programming tools provide an easy way to burn the application code into the micro-controller’s memory. This allows embedded applications to be developed quickly and deployed in the field with minimal effort.

The MB89985L-G-232-CHIP is a general purpose micro-controller that is well suited for embedded applications. It is capable of performing basic arithmetic operations, and supports a wide range of on-board peripherals for serial communications, analog-to-digital conversion, and pulse-width modulation. The Harvard type architecture allows for separate program and data memories, and allows for faster data access than single unified memory architectures. A variety of programming languages and libraries are available to extend the capabilities of the micro-controller, and on-board programming tools make it easy to burn the application code into the micro-controller’s memory.

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