PIC16F1704-E/ST

The PIC16F1704-E/ST is part of the 8-bit PIC microcontroller series designed to satisfy embedded systems. It contains a broad range of features, including two programmable input/output ports, a high-speed internal oscillator, programmable clock sources, and multiple reset sources. It also offers instruction set compatibility with higher performance microcontrollers, allowing for the rapid development of a variety of embedded applications.

PIC16F1704-E/ST is a compact 8-bit microcontroller with integrated Flash memory, RAM, and many peripherals that are transferred to the system as needed. It features 14 bit/16 bit instructions, scalable clock speed, multiple interrupt sources, and two I/O ports. The microcontroller can be programmed to control a wide range of tasks, from powering a simple LED display to controlling a sophisticated industrial robotic arm.

The PIC16F1704-E/ST can be used in a wide variety of application fields that require any combination of speed, low cost, small form factors and programmability, such as consumer electronics, medical, and automotive. It can be used to control a variety of sensors, motors, and actuators, as well as providing an interface between user applications and other components. Additionally, the microcontroller can be used for in-field monitoring, data acquisition, control, and communication.

Using Harvard type architecture, the PIC16F1704-E/ST has a high-performance RISC CPU with single-clock instructions and allows a maximum clock speed of 16 MHz. The PIC16F1704-E/ST can support up to 32K of program memory, 2K of RAM, or 256 bytes of EEPROM. To ensure that no data is lost when power is lost, the microcontroller has an on-chip brown-out reset module that is triggered when the digital supply drops below the brown-out reset threshold.

The PIC16F1704-E/ST contains four Operating Enhanced Packages (OEPs), which define how the microcontroller operates in different conditions. The first is the Instruction Set OEP, which allows the user to customize the instruction set and configure the microcontroller to accept other instruction sets, including 8-bit and 16-bit instruction sets. The second is the Stack OEP, which allows the user to configure how the stack is monitored and to save different registers on the stack. The third is the Time OEP, which allows the user to configure the microcontroller’s timer block and provide enhanced clock settings. The fourth is the EEPROM OEP, which allows the user to configure on chip EEPROM for data storage.

The PIC16F1704-E/ST offers a range of analog peripherals, including 12-bit resolution analog-to-digital converter (ADC), four PWM modules, an analog comparator, and a fast low-voltage detector (LVD). It also has several communication peripherals, such as two USARTs, an internal SPI and I2C port, a CCD serial port, and a fast code execution port (CEC). The PIC16F1704-E/ST is designed to communicate with external devices and digital interfaces. Its SPI interface can operate at up to 32 Mbps and can operate in both master and slave modes.

In conclusion, the PIC16F1704-E/ST is a highly capable, cost-effective 8-bit microcontroller that has a variety of applications in embedded systems. With its Harvard type architecture and range of peripherals, the PIC16F1704-E/ST offers the developer an easy and efficient way to control and monitor various tasks.