Study of 4 Bit Counters(Synchronous Asynchronous)

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Product Details:

Display LED based
Power 230V AC, 50Hz
Voltage 5V DC (regulated, internal supply)
Usage Electronics laboratories, educational training, practical demonstrations
Product Type Electronics Lab Trainer / Test Bench
Material Powder coated metal case with PCB modules
Design Portable, tabletop, modular
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Study of 4 Bit Counters(Synchronous Asynchronous) Price And Quantity

Minimum Order Quantity 1 Unit

Input Switches Provided for Manual Clock Pulse and Reset
Safety Features Fuse protected, shock-proof construction
Operating Temperature 0°C to 50°C
Assembly Pre-assembled, ready to use
Suitable For Engineering, polytechnic, and science labs
Output Terminals Banana Sockets for easy external connections
Mounting Bench-top
Experiment Coverage Demonstrates both synchronous and asynchronous 4-bit counter operations
Build Quality Robust, corrosion-resistant chassis suitable for repeated use
Indicators On-board LED indicators for Q outputs and Carry status
Training Manual Comprehensive experiment manual included
Finish Premium powder coated, white surface with screen-printed circuit diagram
ICs Used Standard TTL/CMOS counters (e.g., 7493, 74161 series or equivalent)

Study of 4 Bit Counters(Synchronous Asynchronous) Product Specifications

Accuracy High (Designed for academic experiments and demonstration purposes)
Usage Electronics laboratories, educational training, practical demonstrations
Product Type Electronics Lab Trainer / Test Bench
Detector Not applicable (Electronic circuitry-based measurement)
Dimension (L*W*H) Approx. 340 x 220 x 110 mm
Design Portable, tabletop, modular
Power Source Mains AC supply with internal DC regulator
Display LED based
Material Powder coated metal case with PCB modules
Voltage 5V DC (regulated, internal supply)
Power 230V AC, 50Hz
Illuminant Indicator LEDs
Charging Time Not required (Operates from mains supply)
Weight Approx. 2.5 kg

Input Switches Provided for Manual Clock Pulse and Reset
Safety Features Fuse protected, shock-proof construction
Operating Temperature 0°C to 50°C
Assembly Pre-assembled, ready to use
Suitable For Engineering, polytechnic, and science labs
Output Terminals Banana Sockets for easy external connections
Mounting Bench-top
Experiment Coverage Demonstrates both synchronous and asynchronous 4-bit counter operations
Build Quality Robust, corrosion-resistant chassis suitable for repeated use
Indicators On-board LED indicators for Q outputs and Carry status
Training Manual Comprehensive experiment manual included
Finish Premium powder coated, white surface with screen-printed circuit diagram
ICs Used Standard TTL/CMOS counters (e.g., 7493, 74161 series or equivalent)

Study of 4 Bit Counters(Synchronous Asynchronous) Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days
Main Export Market(s) Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia
Main Domestic Market All India

Product Description

Study of 4 bit Counters (Synchronous & Asynchronous)

Objective : To Study and Verify the Truth Tabels of two bit, four bit UP, Down and Modulo Asynchronous (Ripple) counters using IC 7476, Ring & Johnson counter using IC 7476, four bit UP Down and Programmable Synchronous counter using IC 74193, decade up-down counter using IC 74190.

Features : Instrument comprises of DC regulated power supply 5VDC/150mA, 1HZ Monoshot clock pulse, two output indicators, symbolic diagram for 4 jk flip-flops printed & connections for inputs & outputs brought out at sockets on the front panel.

Specification

Usage/Application	Laboratory
Material	Metal
Color	white
Type	Digital
Power Supply	ac mains
Model Name/Number	AE 386

Robust and Reliable Design

Crafted with a corrosion-resistant, powder-coated metal case and a bench-top modular design, this trainer ensures durability through repeated lab sessions. Internal fuse protection and a shock-proof build provide users with a secure and long-lasting equipment choice. Its portable construction makes it suitable for flexible use in any electronics education environment.

Experiment with Confidence and Clarity

Experience clear, real-time feedback with on-board LED indicators for all Q outputs and the carry status. The included comprehensive manual walks users through both synchronous and asynchronous operation, enhancing the learning process. Banana socket terminals enable easy connections for further experimental versatility, making this trainer an essential teaching aid.

FAQs of Study of 4 Bit Counters(Synchronous Asynchronous):

Q: How can students utilize the trainer to study 4-bit counters?

A: Students can use manual input switches to generate clock pulses and reset signals, enabling hands-on study of both synchronous and asynchronous 4-bit counter operations. The on-board LEDs and output terminals offer immediate feedback and facilitate external measurement or demonstration.

Q: What ICs are compatible with this 4 Bit Counter Trainer?

A: This trainer is designed for use with standard TTL/CMOS counters, such as the 7493 or 74161 series, ensuring broad compatibility and replicability for academic exercises.

Q: When is the best time to integrate this trainer into an educational curriculum?

A: It is most effective when introduced during foundational modules on digital electronics, particularly in courses focusing on counters, flip-flops, and sequential logic circuits in engineering or science programs.

Q: Where can the counter trainer be effectively used?

A: This device is best suited for electronics laboratories in engineering colleges, polytechnic institutes, and science departments, and its also ideal for practical instructor-led or self-paced demonstrations.

Q: What is the primary benefit of using this counter trainer?

A: The trainer provides a clear, tangible understanding of counter principles, reinforcing theoretical concepts through interactive, real-world experiments, which accelerates and deepens student comprehension.

Q: How is the device powered and are there any safety features?

A: The trainer operates from a 230V AC mains supply with an internal 5V DC regulated output. It is fuse protected and constructed with a shock-proof chassis, maximizing user safety during experiments.

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