Microcontroller Theory and Applications with the PIC18F by M. Rafiquzzaman

By M. Rafiquzzaman

Rafiquzzamans Microcontroller concept and functions with the PIC 18F has been designed for a one-semester or one-quarter path in microcontrollers taught on the undergraduate point in electrical/computer engineering and computing device technology departments. the scholars are anticipated to have a heritage in interval and electronic good judgment (both combinational and sequential) layout. Practitioners of microcontroller-based purposes will locate extra simplified reasons, including examples and comparisons issues, than are present in brands manuals.

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Soon afterward, based on the concept of single‑chip microcomputers, Intel introduced the first 8‑bit microcontroller—the Intel 8051, which uses Harvard architecture. The 8051 is designed using CISC. The 8051 contains a CPU, memory, I/O, A/D and D/A converters, a timer, and a serial communication interface—all in a single chip. The microcontrollers became popular during the ’80s. The 8‑bit microcontrollers are small enough for many embedded applications, but also powerful enough to allow a lot of complexity and flexibility in the design process of an embedded system.

Applications such as printers typically utilize a microcontroller. The RISC microcontrollers are ideal for these types of applications. Note that the personal computer interfaced to the printer is the host. RISC microcontrollers such as the PIC18F are well suited for applications including robotics, controls, instrumentation, and consumer electronics. The key features of the RISC microcontrollers that make them ideal for these applications are their relatively low level of integration in the chip, and instruction pipeline architecture.

The second‑generation microprocessors were designed using NMOS technology. This technology resulted in a significant increase in instruction execution speed over PMOS and higher chip densities. Since then, microprocessors have been fabricated using a variety of technologies and designs. NMOS microprocessors such as the Intel 8085, the Zilog Z80, and the Motorola 6800/6809 were introduced based on second‑generation microprocessors. A third‑generation HMOS microprocessor, introduced in 1978, is typically represented by the Intel 8086 and the Motorola 68000, which are 16‑bit microprocessors.

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