The IDL-800A Digital Lab is designed for the beginners to enhance the comprehension of digital theory. The user-friendly design makes beginners understand logic gates more easily.

Jameco Valuepro IDL-800A-R Solderless Breadboard. Products in stock and ready to ship. Quotes, samples and datasheets available at Jameco Electronics.

An introduction to the IDL-800 Digital Lab. This video covers the power supply, making a connection onto the breadboard, voltmeter and making voltage measure...

The IDL-800 Digital Lab offers a unique platform on which digital electronics circuits may be constructed with speed and ease. The system combines simple, easy to use, features with a versatile solderless breadboard area.

The IDL-800A-R is a Digital Design Lab specially designed for students and educational institutions. The IDL-800A-R contains a built-in multi-rail DC power supply, a four range digital volt meter, and a function generator along with a large area …

IDL-800 DIGITAL LAB SPECIFICATIONS 1. SOLDERLESS BREADBOARD: AD-200 Interconnected nickel plated with a total of 1896 tiepoints in total, fitting all DIP sizes and components with lead and solid wire in diameter of AWG #22 -30 (0.3 - 0.8mm) 2. DC POWER SUPPLY Variable DC power: Positive output voltage: 0 to +15V.

This document provides instructions for using an IDL-800 digital logic prototyping system. It describes the various components of the system including a function generator, voltmeter, breadboarding area, switches to control logic levels, and displays to monitor output.

The IDL-800A Digital Lab is designed for the beginners to enhance the comprehension of digital theory. The design of IDL-800 is easy to operate and easy to understand. Two 3-1/2 digit 7-segment LED displays (digit height: 0.3") Input: 110/120VAC or 220/240VAC @ 50/60Hz; Digital voltmeter; One-year warranty Solderless Breadboard AD-200

This comprehensive digital electronics training system contains a wealth of equipment and features. The training system contains all the peripherals needed to support your circuit design. Components can be connected without soldering, by simply inserting them into the breadboard.