PIC16F1615-E/P

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

An embedded microcontroller power-packed with features and offered in a miniature package allows the application field to utilize low power consumption and enhanced control in efficient ways. The embedded microcontroller, PIC16F1615-E/P, is one such microcontroller built using a high-performance RISC CPU and new core architecture. The primary design goals of this processor, which are low power consumption, cost optimization, and high performance, were met for a wide range of conventional and dynamic applications.

PIC16F1615-E/P has two Primary Memory Bars for non-volatile program memory and data memory. For the non-volatile program memory bar, it has 8K program memory with variable width instruction capability. Hence, the instructions are executed in a single cycle. For data memory, there is 1K data memory which is constructed in seven General Purpose Registers (R0-R7). When the data registers are not used, the architecture allows switching the memory mapping to other memory units thereby optimizing the space. It also uses three Memory Segments. The Core Memory Segment consists of Program Word Length (low 8 bits) and Control Word Length (high 8-bits). This gives a total of 16 bits of addressable instruction space. Then there is Program Code Segment and Data Code Segment. The Program Code Segment holds the program instructions and Data Code Segment holds the data. The Code Segments provide an overlap for the two types of instructions.

In the 16F1615-E/P, the architecture has four addressing modes. Direct, Direct indirect, Register, and Indexed Addressing Modes. Direct addressing is the most basic move operation and is mainly used for small pieces of data. The second addressing mode is Direct Indirect addressing, which determines the address from an instruction\'s destination opcode. The source opcode is used to determine the address for the destination and the source address can be specified by Register or Indexed Addressing Mode. Register addressing references the data register to determine the address and the Indexed addressing directly references the memory location. It allows three different ways of accessing memory, namely IncDirect, DecDirect, and Data addressing. IncDirect and DecDirect are relative address modes which refer to the data to a particular location in the memory by incrementing or decrementing the address. Data addressing is used to directly access the specific memory location.

The 16F1615-E/P has four Clock Frequency modes. Standard, Run, Maximum, and Clock-Out. The Standard mode runs at 4 MHz and the Run mode runs at 1 MHz. It also supports Maximum frequency mode which is best used for low-power applications. The Clock-Out mode is used to generate clocks at different rates based on its period or frequency. There are several power saving modes like Sleep mode and Deep Sleep mode. The Sleep mode reduces the current consumption while the Deep sleep mode reduces the current consumption to a minimum.

The 16F1615-E/P also has a range of internal peripheral devices such as Timers, Interrupts, and Analogue-to-Digital converters. These internal peripheral devices make it suitable for various applications like real-time control, automotive, industrial and consumer applications. It also has an integrated 11-bit analog-to-digital converter (ADC) which is capable of sampling up to 16 analog inputs. It has four 16-bit timers/counters and 5-bit input capture/compare units with their associated controls.

The 16F1615-E/P has two channels for UARTs (Universal Asynchronous Receiver/Transmitter). It is a serial communication interface which transmits data asynchronously over a single wire. The UARTs support several communication standards such as SPI, I2C, RS232 and USB. The UARTs are used in applications to establish communication with external devices. The 16F1615-E/P also has external interrupts and internal interrupts. The external interrupts can be used to detect external events such as joystick, switches, and so on. The internal interrupts are used to detect internal events such as timer overrun, ADC conversions, and so on.

The 16F1615-E/P also has an integrated watchdog timer (WDT). The WDT is used in safety-critical applications to monitor the microcontroller and reset the operation if the system gets stuck. There are also on-chip operation modes such as Idle, Power-down, Standby and Power-saving modes. These different mode configurations of the microcontroller help in optimizing the power consumption for different applications.

The PIC16F1615-E/P is a multi-functional microcontroller, with a wide range of capabilities. It has vast capabilities, while offering a low-cost and low-power solution. It is designed for efficient implementation of real-time embedded applications where long-term reliability and performance are essential. It is suitable for various applications like automotive, industrial, consumer, and so on. With its advanced features and integrated peripherals, this processor is capable of meeting the most demanding embedded tasks with ease.

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