8052 Tutorial

EBook Description: The 8052 microcontroller is the 8051's "big brother." It is a slightly more powerful microcontroller, sporting a number of additional features which the developer may make use of: 256 bytes of Internal RAM (compared to 128 in the standard 8051). A third 16-bit timer, capable of a number of new operation modes and 16-bit reloads. Additional SFRs to support the functionality offered by the third timer.

A Real-Time-Clock (RTC) is, as the name suggests, a clock which keeps track of time in a "real mode." While there are a number of 8051-compatible microcontrollers that have built-in, accurate real-time clocks (especially from Dallas Semiconductor), some simple applications may benefit from a software RTC solution that uses the built-in capabilitites of an 8051 microcontroller.

LCD Programming Part 2 4 bit Mode

In the first tutorial we have seen that character LCD's based on the HD44780 chip can be driven in 8bits mode, which requires in total 11 lines from you microcontroller. If we want (or need) to spare some lines for other purposes it is possible to drive the display in 4bits mode, which requires 7 lines. It is possible to use only 6 lines, in which case R/W is tied to GrouND. This configuration is seen many times in projects. Instead of reading the busy flag (which is somewhat trickier than it is in 8 bit modus) we have to use delay loops.

Embedded Processor and Microcontroller primer and FAQ

This article is a primer and general FAQ about embedded processors and
microcontrollers. Included is a collection of information sources.

Dallas DS80C320 Tutorial

The DS80C320 microcontroller, by Dallas Semiconductor, is a popular derivative of the industry-standard 8052 microcontroller.
The 80C320 offers all the functionality of a standard 8052 with a number of new features and enhancements. However, all the new features are provided in such a way that the vast majority of programs will require no modification. By simply replacing an existing 8052 microcontroller with the 80C320, the program will realize an automatic speed increase.

MICROCONTROLLERS MADE EASY

A few years ago, system control functions were implemented using logic components and were usually large, heavy boxes. Later on, microprocessors were used and the entire controller could fit onto a small circuit board.

The Basics Microcontrollers (part 1)

A designer will use a Microcontroller to
Gather input from various sensors
Process this input into a set of actions
Use the output mechanisms on the Microcontroller to do something useful

8051 Microcontroller FAQ

This article is a collection of information sources on the Intel 8051
family of microcontrollers (and variants).

Microcontroller Primer

This article is a primer and general FAQ about embedded processors and
microcontrollers. Included is a collection of information sources.

Designing for Electromagnetic Compatibility (EMC) with HCMOS Microcontrollers (PDF)

The operating speed of present high-density complementary metal
oxide semiconductor (HCMOS) devices is approaching that of the fastest bipolar logic families of only a few years ago.

Data Structures for 8 Bit Microcontrollers (PDF 32p)

A data structure describes how information is organized and stored in a computer system. Although data structures are usually presented in the context of large computers, the same principles can be applied to
embedded 8-bit processors

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