PIC17C752-33/L

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PIC17C752-33/L Application Field and Working Principle

The PIC17C752-33/L is an expanded 8-bit, 40-pin microcontroller from Microchip Technology Inc. It supports a wide range of applications in the industrial and embedded systems design industries, and optimizes performance for an optimal system cost.

Application Fields

The dynamic range of the PIC17C752-33/L make it ideal for applications in the industrial and embedded systems design industries. It can provide robust performance in applications such as industrial control or automation, industrial equipment, automotive and aerospace applications, electronic switches and diagnostic systems, as well as industrial instrumentation and other applications.

The PIC17C752-33/L has increased functionality due to its extended instruction set and large data width. This allows for larger program code and data manipulation for computation demanding applications. It is also designed for robust performance and cost-effectiveness in areas such as off-line lighting control systems, incubators, emergency lighting control systems, vehicle control systems and general-purpose digital output systems.

The PIC17C752-33/L is also well suited for access control and security systems, RF-ID readers and cellular communication systems. It is ideal for portable media applications such as MP3 players, audio DACs, cell phones and smart cards.

Working Principle

PIC17C752-33/L microcontrollers work on the familiar Von Neumann architecture. This means that the program is stored in the program memory and data is stored in the data memory. The memory is organized such that the program memory is available for program instruction execution and the data memory is dedicated solely for data storage and manipulation.

The PIC17C752-33/L operates on a power-down low power architecture. With this, the microcontroller is able to regulate its own operating power level and reduce power consumption. This helps with battery-operated applications and other types of low power systems which will require less power when placed in standby mode. The built-in on-chip oscillator can also be operated in power-down or power-saving mode, giving the microcontroller a wide range of power regimes.

The PIC17C752-33/L has a wide range of peripherals, most prominent of which is its UART, Serial Port Interface (SPI), Pulse Width Modulation (PWM) and Analog-to-Digital Converter (ADC) modules. These are essential for working with different types of hardware and integrating with other components. All these components are integrated into the microcontroller which is controlled by the software instructions.

The software instructions available with the PIC17C752-33/L are coded in the C language, which is easy to learn and understand. This makes it easier for developers to interface their systems with the microcontroller. Coding with the microcontroller is simpler due to the modularity and flexibility of the language.

Conclusion

The PIC17C752-33/L is an 8-bit, 40-pin microcontroller. It is ideal for applications in the industrial, embedded systems and automotive design industries, due to its extended instruction set, wide dynamic range and cost-effectiveness. With its power-down low power architecture, it is able to provide robust performance and low power consumption for battery-operated applications and other systems which require less power when put in a standby mode.

The PIC17C752-33/L also has a wide variety of peripherals, such as an UART, SPI, PWM and ADC modules. These are essential for interfacing with other components in the system and integrating them with the microcontroller. The availability of software instructions coded in C language makes the microcontroller easier to work with, making coding with the microcontroller simpler and more efficient.

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