Study of Left , Right & Programmable Shift Register

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Product Details:

Voltage 5V DC input
Display LED indication for outputs
Usage Educational laboratory experiments for sequential logic
Power 5V DC
Product Type Digital Electronics Training Equipment
Material ABS plastic enclosure, high-grade PBC
Design Table-top, modular with test points
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Study of Left , Right & Programmable Shift Register Price And Quantity

Minimum Order Quantity 1 Unit

Study of Left , Right & Programmable Shift Register Product Specifications

Power Source External adapter/DC supply
Product Type Digital Electronics Training Equipment
Power 5V DC
Weight Approx. 1.2 kg
Display LED indication for outputs
Dimension (L*W*H) 340 x 210 x 100 mm
Illuminant LED lamp indicators
Voltage 5V DC input
Accuracy High accuracy in digital bit shifting operations
Usage Educational laboratory experiments for sequential logic
Material ABS plastic enclosure, high-grade PBC
Design Table-top, modular with test points

Study of Left , Right & Programmable Shift Register Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days

Product Description

Study of Left, Right & Programmable Shift Register (AE 384)

Objective : To study & verify truth table of Left, Right & Programmable Shift Register using IC 7495.

Features : Instrument comprises of DC Regulated Power Supply 5VDC/150mA, 4 SPDT switches provided for selecting logic 1 & logic 0, 1Hz mono-shot clock pulse, four output indicators, Circuit diagram for IC 7495 printed and two switches for serial input & Mode control.

Intuitive Learning Platform

Designed for educational purposes, this shift register trainer provides clear panel diagrams, LED indicators for easy visualization, and multiple configuration settings. Trainers and students can rapidly understand practical aspects of shifting operations and digital data manipulation, making it a valuable tool for teaching and demonstrations.

Versatile Shift Register Operations

Supporting both left and right shifts, as well as programmable modes, the unit can handle a variety of experiments. With both parallel and serial data handling capabilities and simple manual controls, users can explore a wide range of sequential logic operations and conversions efficiently.

High Safety and Accuracy

Featuring short circuit protected outputs and robust construction, this trainer ensures safe operation during laboratory activities. Its high-grade PCB and ABS plastic enclosure provide durability and reliability, while precise shift functions deliver dependable results for instructional use.

FAQs of Study of Left , Right & Programmable Shift Register:

Q: How do you operate different shift modes on this trainer?

A: Modes such as left shift, right shift, and programmable shift are selected either by toggling manual switches or configuring jumpers on the unit, allowing users to explore multiple shift register behaviors during experiments.

Q: What types of data inputs and outputs are available on the device?

A: There are both parallel and serial data inputs. Users can connect data via 4mm banana sockets, with LED indicators and accessible test points providing real-time output visualization.

Q: When is this shift register trainer most effectively used in the laboratory?

A: This unit is particularly valuable during practical sessions on sequential logic, for modules requiring bit-wise operations, or whenever students need to understand digital data shifting and conversions.

Q: Where can the circuit diagrams be found for reference during experiments?

A: To aid usability, the complete circuit diagrams are printed directly on the front panel of the trainer, ensuring quick and convenient reference during operation and connection setup.

Q: What is the process for programming a custom shift operation?

A: Programming is done by arranging the onboard jumpers and switches according to the desired shift mode, as detailed in the user manual included with the trainer, allowing you to configure specific data manipulation patterns.

Q: What are the main benefits of using this trainer in an educational setting?

A: It provides hands-on experience with sequential logic and shift register operations. The visual indicators, modular design, and practical accessibility help reinforce theoretical concepts and build practical skills in digital electronics.

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