PIC16F87-E/ML

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The PIC16F87-E/ML is a family of 8-bit, low power, high performance microcontrollers that are used in variety of embedded applications. They are available in 256 and 512 bytes of Flash memory and use the industry standard 8-pin package. The PIC16F87-E/ML is ideal for embedded control applications that require high performance, low power and minimal cost.

The PIC16F87-E/ML is programmed using a variety of languages, including BASIC, Assembler, C, Visual Basic and many others. They are also capable of executing instructions from other microcontrollers, meaning that higher levels of integration can be achieved. The controllers are typically used for applications such as motor control, data acquisition and data communication.

The PIC16F87-E/ML utilizes a powerful RISC processor core that enables it to execute instructions significantly faster than other 8-bit microcontrollers. It also supports up to 20MIPS, which is double that of competing products. The RISC processor core also features a wide selection of addressing modes, which adds to its overall flexibility.

ThePIC16F87-E/ML features advanced features such as an interrupt driven input/output (I/O) port, up to 10 interrupt sources and two external clock sources. This allows the user to customize the PIC16F87-E/ML to work with their application requirements. It also has access to over 80 available on-chip peripherals, which make it a versatile device for a variety of applications.

The PIC16F87-E/ML is powered by a single-voltage system of 5V, which makes it well suited for lower power applications. It also has a wide range of features, including an internal oscillator, low power consumption, and low-voltage detection. These features combined with its high performance makes it an ideal choice for embedded applications.

The PIC16F87-E/ML utilizes a Harvard architecture, which allows for a simple and efficient instruction set with three branches of execution. The Harvard architecture also allows for more efficient use of the memory space on chip, meaning less memory is needed when using the controller for more complex applications. This also aids in reducing overall power consumption.

The PIC16F87-E/ML offers a range of advanced features, such as an event system, that allow for the user to control multiple peripherals in a single operation. It also provides support for time-dependent processes, with its four independent 8-bit timers and 11-bit watch/time-out counter. This makes the PIC16F87-E/ML ideal for applications that require timely monitoring and control.

The PIC16F87-E/ML features an on-chip high speed USB 2.0 interface, which makes it an ideal choice for applications that need to communicate over a network. The USB2.0 interface also allows the controller to interface with other microcontrollers and devices. The PIC16F87-E/ML also features low-speed external interfaces, such as I2C and SPI, which enable the user to connect external devices to the controller.

The PIC16F87-E/ML has a maximum operating frequency of 20MHz, providing a fast execution of instructions. The PIC16F87-E/ML also incorporates several sophisticated functions, including embedded Power Management and Interrupt Driven Input/Output ports, along with numerous peripherals, allowing for a great degree of flexibility. This combination makes the PIC16F87-E/ML an ideal choice for a wide variety of applications.

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