DIGITAL CIRCUITS



Digital Circuits WVEIS Code 1789

This course will introduce students to the skills and technology involved in digital circuits and their

use in the modern electronics field.

Standard 1: Perform math skills related to digital circuitry. (1789.S.1)

Digital Circuitry Objectives

Students will:

1789.1.1 Apply boolean algebra to solve logic functions.

1789.1.2 Perform binary, octal, decimal, and hexadecimal conversions and calculations.

1789.1.3 Use Kavanaugh maps to simplify logic functions.

Standard 2: Analyze digital circuits mathematically and theoretically. (1789.S.2)

Analyze Digital Circuits Objectives

Students will:

1789.2.1 Operate a transistor as a digital switch.

1789.2.2 Construct and analyze the basic logic gates.

1789.2.3 Assemble and analyze adder circuits.

1789.2.4 Assemble converter circuits and use a seven-segment display to observe their output and operation.

1789.2.5 Construct and analyze combinational logic circuits.

1789.2.6 Explore the digital applications of various families of integrated circuits (TTL, CMOS, etc.).

1789.2.7 Convert AND/OR logic circuits to NAND/NOR logic circuits.

Standard 3: Construct digital circuits and use test equipment to analyze and troubleshoot them. (1789.S.3)

Construct Digital Circuits Objectives

Students will:

1789.3.1 Use logic probes and pulsers to observe the behavior of various digital devices.

1789.3.2 Use oscilloscopes to analyze output waveforms of timing circuits.

1789.3.3 Locate and correct faults in basic logic circuits.

[pic]

................
................

In order to avoid copyright disputes, this page is only a partial summary.

Google Online Preview   Download