AM1806BZWT4

An embedded microprocessor, or simply microprocessor, is an integrated circuit designed for use in embedded systems as part of a computer system. AM1806BZWT4 is an embedded microprocessor produced by Texas Instruments. As such, it can be used in a wide variety of control applications, including motor control, sensing, analog signal processing and communications. The below will explore the application field and working principle of the AM1806BZWT4.

Applications Field

The AM1806BZWT4 is a 16-bit embedded microprocessor, is compatible to the TMS320C6x™/C54x™/C55x™ family. It is a general purpose, low-power embedded microprocessor suitable for many different applications. It is commonly used in:

• Industrial automation and process control.
• Transportation and automotive systems.
• Computer peripherals and hard disk drive controllers.
• Satellite and wireless communications equipment.
• Medical instruments.
• Consumer electronics.
• Test and measurement equipment.

The AM1806BZWT4 can also be used in a wide variety of control applications, including motor control, sensing, analog signal processing and communications.

Working Principle

The AM1806BZWT4 is based on the TMS320C6x™/C54x™/C55x™ family of microprocessors. It is a 16-bit device with a 32-bit data bus, an 8-bit instruction set, and a 800-mhz clock rate. It is equipped with 64KB of program flash, 128KB of data and 16KB of RAM. It has two independent direct memory access (DMA) modules for data transfer to and from the application. It also has two serial communication units (SCUs) and a number of serial interfaces for communication with peripheral devices.

The AM1806BZWT4 also has a rich peripheral set that includes two TIMERS, two ACMPs, five PLDs, ten general-purpose IO ports, two I2C and two SPI ports, and five CAN ports. The CAN ports are compliant with CAN2.0A/B protocol, and can be used for high-speed communication with external devices. In addition, the microprocessor includes an integrated debug module that allows users to debug their applications on the target boards in real-time.

The AM1806BZWT4 also includes an on-chip power management unit (PMU) and a real-time clock (RTC). The PMU can be used to manage the power consumption of the device, and the RTC can be used to keep track of the system time and date. The device also includes an On-Chip Temperature Sensor (OTS) for detecting the temperature of the environment around it.

Conclusion

The AM1806BZWT4 is a high-performance, low-power, embedded microprocessor. It is suitable for a wide range of applications, including motor control, sensing, analog signal processing and communications. It has a rich set of peripherals, including two TIMERS, two ACMPs, five PLDs, ten general-purpose IO ports, two I2C and two SPI ports, and five CAN ports. It also includes an integrated debug module, a PMU and an RTC. The OTS provides accurate temperature sensing capabilities. In a nutshell, the AM1806BZWT4 is an ideal solution for embedded applications.