PIC17LC42AT-08I/L

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The PIC17LC42AT-08I/L is a microcontroller that is typically used in embedded electronics and application automation fields. This microcontroller was designed and developed by Microchip Technology in response to the rapidly changing requirements for more efficient application control. The PIC17LC42AT-08I/L features a moderate complexity, low-cost package and a wide range of process and application support, making it an ideal choice for many different types of applications.

The PIC17LC42AT-08I/L is a 8-bit microcontroller with an architecture consisting of a Harvard bus structure with a five-stage pipeline, allowing data access and writing between 1 and 32 clock cycles, with 8-bit instructions taken in every clock cycle.

The PIC17LC42AT-08I/L is designed to be applied to systems with a wide range of conditions, including automotive, industrial and commercial applications. As such, it has seven Internal blocks including the Random Access Memory (RAM), ROM, and peripheral devices such as a Comparator, Timer, Serial Peripheral Interface (SPI), Analog-to-Digital Converter (ADC), and UART.

The RAM of the PIC17LC42AT-08I/L provides an optimised storage for the program and the data. The ROM of the microcontroller contains program instructions which are the basis of the application microcontroller operations. The Comparator compares the input data from the A/D converter to determine whether it meets a certain predefined condition and takes action accordingly. The on-chip timer is used for timing operations and for counting off specific amounts of time. The SPI transforms the serial data into parallel data, allowing faster data communication with peripheral devices. The ADC converts the digital data into analog data which is then sent to the output device. The UART is used to exchange messages between interconnected devices. This internal architecture allows the PIC17LC42AT-08I/L to effectively handle various tasks necessary in the embedded systems.

The PIC17LC42AT-08I/L is designed to consume minimal power and to generate minimal noise. This allows the device to effectively take advantage of energy saving applications at lower costs with longer battery life. The minimum and maximum supply voltages for the PIC17LC42AT-08I/L are 1V and 5.5V respectively, which limits the noise emissions and further extends the battery life.

The PIC17LC42AT-08I/L also supports various programming languages including C/C++, Assembler languages, which simplifies the development of firmware with ease. Furthermore, the PIC17LC42AT-08I/L also supports various operating systems such as Windows, Linux, RTOS, etc., allowing excellent utilisation of the microcontroller.

In conclusion, the PIC17LC42AT-08I/L is an excellent microcontroller for use in embedded systems and applications automation. It has a wide range of application support, a low-power consumption design, and the ability to generate minimal noise, all of which makes it suitable for a variety of applications.

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