PIC16LF1773-E/MX

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The PIC16LF1773-E/MX microcontroller from Microchip Technology is commonly employed when there is a need for an embedded processor that provides more performance and memory, in a wide range of applications. This device is a cost-effective, highly flexible and resourceful system specifically designed to meet the requirements of embedded applications that need improved performance, cost-effectiveness, and smarter connectivity solutions in comparison to the standard 8-bit processors.

The PIC16LF1773-E/MX is a dedicated carrier-grade, 16-bit, 40-pin microcontroller with beefy on-chip memory. This microcontroller comes with up to 32K FLASH memory, 1K RAM and 1K EEPROM in addition to other components. It also offers several clock sources, and a PLL from an internal oscillator that is capable of providing up to 32 MHz of operation. The device also employs some of the most sophisticated digital signal processing and control mechanisms such as the Event System for synchronizing various peripherals.

The PIC16LF1773-E/MX is implemented as a highly flexible microcontroller for various applications. It is especially useful in industrial control systems, medical, automotive and communication devices, as well as motor control, HVAC and smart energy applications. It can handle multiple SPI, UART/USART, EUSART/LIN and I2C communication interfaces. It also has multiple ADC, 16-bit PWM outputs and dual comparators in addition to other features.

The working principle of the PIC16LF1773-E/MX, as with most microcontrollers, is the execution of machine code, which might be in either a compiled binary form or assembly language. The microcontroller includes a program memory (Flash and EEPROM) and a data memory (RAM). The program memory contains the programs that are executed by the microcontroller on execution, while the data memory stores the data used while executing the program.

The PIC16LF1773-E/MX microcontroller supports two modes of operation: the Real-Time Single-Cycle (RTSC) and the Event-driven (ED) modes. In the RTSC mode, the processor stores the machine code in the program memory and fetches it on demand as needed. The ED mode allows the processor to execute program code in an asynchronous fashion by responding to various events such as external inputs or timer events.

The device is able to perform various calculations and computations, depending on its intended application. In industrial systems, for example, it can be employed to calculate the values of various parameters such as the speed, the rate of change, the flow rate and other parameters that are important in controlling the system’s performances. In communication systems, the processor can be used to encode and decode digital signals as well as compute the signal strengths of various transmitted and received signals.

The PIC16LF1773-E/MX microcontroller also includes a powerful system core that allows it to interface with many outside peripherals. It includes a wide range of communication peripherals and devices that submit data for input and output, such as RS-232, CAN and USB. This can be used for a number of tasks, including remote device control, device diagnostics and signal processing. Additionally, the device has multiple timers and counters that can be configured for a variety of purposes such as controlling the flow of the program execution.

The PIC16LF1773-E/MX microcontroller is a cost-effective, reliable, and extremely powerful embedded processor that is widely used in a number of embedded systems. It is a highly flexible and reliable system specifically designed to meet the requirements of embedded applications that need improved performance, cost-effectiveness, and smarter connectivity solutions. The device is a useful addition to industrial, medical, automotive, communication and smart energy systems, as it has the capability to handle multiple communication protocols, process multiple ADCs and 16-bit PWM outputs, and support dual-comparators.

The specific data is subject to PDF, and the above content is for reference