Analog & Logic Circuit Training Board

Product Code : SCL-EAE-12036

The Analog & Digital IC trainer kit is a self-contained electronic prototyping workstation used for designing, testing, and troubleshooting integrated circuits in engineering laboratories. Built for electronics students and technical instructors, this trainer kit provides a versatile breadboarding canvas to safely analyze both linear operational amplifiers and digital logic networks.

Product Description

The Analog & Digital IC trainer kit by Science Lab Supplies provides an exceptionally reliable environment for conducting a wide array of electrical engineering experiments. The unit consolidates multiple standalone lab instruments into a single, compact workstation, featuring a multi-range onboard function generator, multi-voltage regulated DC power supplies, and logic input-output arrays. Constructed within a rugged, powder-coated steel chassis with impact-resistant side panels, this equipment maintains excellent stability on busy institutional workbenches.

Every workstation contains an institutional-grade solderless breadboard area mounted securely alongside clearly labeled control blocks. The internal circuit boards are fabricated with high-grade glass epoxy PCBs and short-circuit-protected IC nodes to withstand the operational errors common during student wiring exercises. It serves as a foundational tool for universities, polytechnic institutes, and vocational centers looking to enhance their pool of high-accuracy scientific laboratory instruments.

Key Features

• Integrated Power Supply: Features fixed and variable regulated DC outputs, eliminating the need for bulky external desktop power units.
• Solderless Prototyping Area: Equipped with a premium 1660 tie-point breadboard block accepting standard 0.6mm jumper wires.
• Onboard Signal Generator: Delivers continuous sine, square, and triangular waveforms with adjustable frequency and amplitude controls.
• Comprehensive Logic Array: Outfitted with 8 logic level toggle switches and 8 buffered LED indicators for clear digital state mapping.
• Visual Digital Displays: Houses two independent BCD-to-7-segment decoder displays to simplify numerical monitoring experiments.
• Active Circuit Protection: Internal thermal overload and short-circuit fuses protect all output voltages from accidental grounding faults.

Technical Specifications

What's Included in the Kit

• 1 x Analog & Digital IC trainer kit primary console workstation
• 1 x Assorted pack of single-strand, pre-stripped 22 AWG jumper wires
• 1 x Heavy-duty detachable AC mains power cable
• 1 x Detailed English instructor manual containing comprehensive wiring diagrams and structural circuit guides

Applications / Uses

• Digital Logic Verification: Ideal for examining basic logic operations, flip-flops, counters, and shift registers.
• Linear Analog Design: Used to build operational amplifier circuits, validating non-inverting gain equations such as

$$A_v = 1 + \frac{R_f}{R_{in}}$$

.

• Vocational Skill Training: Functions as the primary evaluation module for practicing industrial electronic circuit design and component assembly.
• Curriculum Science Kits: Works as an advanced electrical core unit for higher-education experimental science kits.
• STEM Laboratory Labs: Provides an open engineering workspace for multi-layered micro-controller testing alongside interactive STEM models & kits.

How to Use the Analog & Digital IC trainer kit

1. Place the trainer console on a dry, level laboratory workbench away from conductive materials.
2. Confirm the primary power switch is turned off before inserting any integrated circuits into the solderless breadboard tie-points.
3. Wire the circuit paths by inserting 22–26 AWG solid-core jumper wires between the breadboard terminals and the logic switches or power blocks.
4. Plug the AC cord into a grounded wall socket and flip the main power toggle switch to the ON position.
5. Use an external oscilloscope or the onboard status LEDs to verify the logic levels and waveform parameters across your test points.

Handling Note: Always turn off the console's main power switch prior to inserting, removing, or changing component connections on the breadboard to prevent unexpected voltage spikes from damaging sensitive IC pins.

Care & Maintenance

• Breadboard Care: Use only compatible 22–26 AWG solid copper wire conductors. Avoid forcing thick test probes or oversized component leads into the tie-points to maintain internal spring tension.
• Chassis Cleaning: Clean the outer steel chassis and control panel face periodically with a dry, lint-free microfiber cloth. Never apply liquid sprays or solvent cleaners.
• Storage Environment: Store the electronics workstation inside a dust-free equipment locker held at stable room temperatures to avoid moisture condensation on internal PCB boards.

Why Choose Science Lab Supplies

Science Lab Supplies is an established international manufacturer and exporter of highly precise scientific laboratory instruments, vocational hardware, and didactic school equipment. Utilizing strict ISO 9001:2015 quality control processes, we guarantee that every workstation provides exceptional structural durability and strict electrical regulation accuracy. We support global educational institutions with comprehensive inventory solutions, including secondary school mathematics kits, specialized physics trainers, and advanced engineering lab experiment setups. Our global supply networks ensure reliable, damage-free international shipping to institutional clients worldwide.

Frequently Asked Questions

• Can this kit accommodate both CMOS and TTL integrated circuits?

Yes, the trainer features a regulated +5V DC source designed for standard TTL circuits, alongside variable DC power options capable of driving higher-voltage CMOS IC families safely.

• Are the internal power rails protected against accidental wiring errors?

Yes, the electronic power distribution system integrates active current-limiting fuses that temporarily shut down supply rails during short circuits to protect the kit.

• What wire diameter is ideal for the solderless breadboard section?

We recommend using standard 22 AWG to 26 AWG single-strand solid copper wire to ensure solid electrical contact without damaging the internal metallic clips.

• Does the built-in function generator provide adjustable amplitude control?

Yes, the analog control block features dedicated adjustment knobs to modulate both the output frequency and peak-to-peak amplitude levels smoothly.

• Is this prototyping kit suitable for advanced university thesis testing?

Yes, its high signal stability, expansive breadboard surface area, and integrated dual-voltage power rails make it perfect for both introductory student classes and complex university engineering projects.

Browse our extensive online catalog to discover more technical electronics resources, or contact our sales division today to add this premium Analog & Digital IC trainer kit to your institution's inventory of professional lab experiment setups.