MOD-16 Counter Using JK Flip-Flop Trainer
Product Specification Sheet
MOD-16 Counter Using JK Flip-Flop Trainer
Model Number: MT-E282A
The MOD-16 Counter Using JK Flip-Flop Trainer is a professional laboratory training system designed to study asynchronous binary counting using JK Flip-Flops. Manufactured by Micro Technologies, this trainer features onboard 7476 JK Flip-Flops, logic level indicators, pulse generation, and practical sequential logic experiments, making it ideal for engineering colleges, universities, polytechnic institutes, technical training centers, and digital electronics laboratories.
Product Specification
The MOD-16 Counter Using JK Flip-Flop Trainer is specially designed to provide students with practical knowledge of asynchronous counter circuits through hands-on laboratory experimentation. Manufactured by Micro Technologies, this trainer enables learners to understand the construction and operation of MOD-16 binary counters using JK Flip-Flops, one of the most important sequential logic circuits in digital electronics.
The trainer allows students to study the operation of a 4-Bit MOD-16 Asynchronous Counter, observe binary counting sequences, analyze ripple counter behavior, and understand clock-controlled sequential logic. Through practical experimentation, learners develop a thorough understanding of binary counters, flip-flop triggering, propagation delay, timing relationships, and digital counting techniques.
The trainer incorporates onboard IC 7476 Dual JK Flip-Flops, configured to implement a MOD-16 asynchronous counter. Students can observe state transitions, count progression, and output sequencing while gaining practical knowledge of ripple counter design and operation.
Two independent TTL logic input selectors allow users to apply HIGH and LOW logic levels during experimentation. Each logic input is equipped with an LED indicator for instant visualization of input status. Four independent buffered logic level indicators display HIGH and LOW output conditions, enabling students to monitor each counter stage throughout the counting cycle.
A built-in mono pulse clock generator provides stable clock pulses for manual and automatic counting experiments. Students can generate individual pulses to observe binary transitions step by step or perform continuous counting to analyze complete MOD-16 counting sequences.
The trainer operates using a regulated +5 V DC, 150 mA power supply, ensuring reliable operation of all onboard digital integrated circuits. High-quality electronic components provide stable performance, accurate counting, and long operational life.
The front panel is manufactured using a premium insulated printed circuit board with permanently printed circuit diagrams and symbols for easy identification of circuit blocks and experimental terminals. Color-coded 2 mm safety sockets simplify laboratory wiring while minimizing connection errors.
The trainer is enclosed in a rugged ABS plastic cabinet designed for continuous educational use. Its compact tabletop construction makes it ideal for classroom demonstrations, laboratory practical sessions, and digital electronics training.
The MOD-16 Counter Using JK Flip-Flop Trainer is extensively used in engineering colleges, universities, diploma institutes, polytechnic colleges, industrial training institutes (ITI), vocational education centers, digital electronics laboratories, electronics laboratories, and research institutions.
Every MOD-16 Counter Using JK Flip-Flop Trainer manufactured by Micro Technologies undergoes comprehensive quality inspection and functional testing to ensure operational reliability, safety, and long service life.
Features
- Study of MOD-16 asynchronous counter
- 4-bit binary counter implementation
- Built-in IC 7476 JK Flip-Flops
- Asynchronous (Ripple) counter operation
- Binary counting experiments
- Sequential logic experiments
- Built-in mono pulse clock generator
- Two independent TTL logic inputs
- LED logic input indicators
- Four buffered HIGH/LOW logic indicators
- Regulated +5 V DC power supply
- High-quality insulated PCB
- Clearly printed circuit diagrams
- Color-coded 2 mm safety sockets
- Rugged ABS plastic cabinet
- Compact tabletop design
- Ready-to-use laboratory trainer
- Reliable experimental performance
- Low maintenance
- Instruction manual included
Benefits
- Demonstrates MOD-16 binary counting clearly
- Enhances understanding of asynchronous counters
- Supports digital electronics laboratory education
- Simplifies ripple counter experiments
- Provides stable clock pulse generation
- Easy laboratory setup
- Safe low-voltage operation
- Improves sequential logic understanding
- Durable educational equipment
- Suitable for repeated classroom demonstrations
- Cost-effective engineering trainer
- Strengthens practical digital electronics skills
Product Specifications
| Specification | Details |
|---|---|
| Product Name | MOD-16 Counter Using JK Flip-Flop Trainer |
| Experiment | 4-Bit MOD-16 Asynchronous Counter |
| Counter Type | Asynchronous (Ripple) Counter |
| Flip-Flop IC | IC 7476 Dual JK Flip-Flop |
| DC Power Supply | +5 V DC, 150 mA |
| Input Supply | 230 V AC ±10%, 50 Hz |
| Logic Inputs | Two Independent TTL Logic Inputs |
| Logic Indicators | Four Buffered HIGH/LOW Logic Indicators |
| Input Indicators | LED Logic Status Indicators |
| Clock Generator | Mono Pulse Generator |
| Connection Type | 2 mm Color-Coded Safety Sockets |
| Circuit Board | High-Quality Insulated PCB |
| Cabinet | Heavy-Duty ABS Plastic |
| Trainer Size | Approximately 12" × 8" |
Applications
- Engineering Colleges
- Polytechnic Institutes
- Universities
- Digital Electronics Laboratories
- Electronics Laboratories
- Diploma Colleges
- Industrial Training Institutes (ITI)
- Technical Training Centers
- Vocational Education
- Faculty Demonstrations
- Research Laboratories
- Skill Development Programs
Optional Accessories
- Digital Multimeter
- Logic Probe
- Logic Pulser
- Oscilloscope
- Function Generator
- Patch Cords (2 mm)
- Breadboard Trainer Kit
- Electronics Tool Kit
- Laboratory Workstation
- User Instruction Manual
SKU System
MT-MOD16-001
FAQs
What is the MOD-16 Counter Using JK Flip-Flop Trainer used for?
It is used to study the operation of a 4-bit MOD-16 asynchronous binary counter using JK Flip-Flops and sequential logic circuits.
Which flip-flop IC is used on the trainer?
The trainer incorporates the IC 7476 Dual JK Flip-Flop.
Which experiments can be performed?
Students can study:
- MOD-16 Counter Operation
- 4-Bit Binary Counting
- Asynchronous (Ripple) Counter
- JK Flip-Flop Operation
- Clock Pulse Analysis
- Sequential Logic Circuits
What logic input facilities are provided?
The trainer includes:
- Two independent TTL logic input selectors
- LED logic input indicators
- Four buffered HIGH/LOW logic indicators
What power supply is included?
The trainer operates on a regulated +5 V DC, 150 mA power supply.
What type of clock source is provided?
A built-in mono pulse clock generator provides stable clock pulses for counter experiments.
How are experimental connections made?
All experimental connections are made through 2 mm color-coded safety sockets, ensuring secure and reliable laboratory operation.
Can the MOD-16 Counter Using JK Flip-Flop Trainer be supplied in bulk?
Yes. Micro Technologies supplies MOD-16 Counter Using JK Flip-Flop Trainers for engineering colleges, universities, government institutions, OEM projects, distributors, laboratory installations, and bulk procurement.
Why Choose Our Products
- Premium-quality digital electronics trainer kits
- Complete MOD-16 counter experiments
- Built-in IC 7476 JK Flip-Flops
- High-quality insulated PCB construction
- Rugged ABS cabinet
- Reliable laboratory performance
- OEM and institutional supply available
- Competitive B2B pricing
- Strict quality inspection
- Reliable technical support
- Excellent after-sales service
- Long operational life
Call to Action
Strengthen your digital electronics laboratory with the MOD-16 Counter Using JK Flip-Flop Trainer from Micro Technologies. Contact us today for pricing, institutional procurement, OEM requirements, government tenders, distributor inquiries, and bulk order quotations.
