Microprocessor Trainer Kit with LCD Display and Inbuilt Power Supply

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Microprocessor Trainer Kit with LCD Display and Inbuilt Power Supply

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Microprocessor Trainer Kit with LCD Display and Inbuilt Power Supply Specification

Shape
Rectangular

Control Type
Membrane Keyboard

Display Type
LCD Alphanumeric Display (16x2)

Features
Onboard Keyboard, LCD Display, Built-in Power, Expansion Interface, User-Friendly, Compact Design

Power Supply
Inbuilt, Regulated Power Supply

Type
Microprocessor Trainer Kit

Dimension (L*W*H)
Approx. 340 mm x 225 mm x 70 mm

Equipment Type
Microprocessor Educational Kit

Equipment Materials
High-grade ABS Plastic Case

Power
Inbuilt Power Supply

Voltage
220V AC, 50Hz

Material
ABS Plastic & Electronic Components

Application
Educational Demonstration and Practical Training

Operating Temperature
0C to 50C

Memory
32KB RAM, 32KB EPROM

Keyboard
Membrane or tactile keypad for Hexadecimal/decimal data entry

Fuse Protection
Yes, for electrical safety

Microprocessor
8085 CPU (or equivalent) on board

Input/Output Ports
LEDs, switches, 8255 PPI, keyboard interface, serial and parallel I/O

Provision for Experiments
Supports various interfacing and programming experiments

LED Indicators
Multiple LEDs for status and data output

External Interface
Connector for external interface cards and peripheral expansions

Programming Support
Monitor program with step, run, reset and I/O commands

Accessories Included
Patch cords, user manual, and power cable

Weight
Approx. 2.5 kg

About Microprocessor Trainer Kit with LCD Display and Inbuilt Power Supply

Make DDRI

Model MPT8085

Based on 8085 CPU operating at 6 144 MHz crystal frequencey

8K bytes of EPROM loaded with powerful monitor program

8 32K bytes of RAM available to the user

Battery back up provided for RAM area

Total on board memory expansion upto 64K bytes

Memory mapping definable by the user

16 bit programmable TIMER COUNTER using 8253

RS 232C interface through SID SOD Lines with auto baudrate

All address data control lines are buffered and made available at the edge connectoras per STD bus configuration

104 105 Keys IBM PC compatible ASC II keyboard

16x1 LCD display with backlite

Powerful software commands like Relocate String Fill Insert Delete Data Single Step GO Break Point in both Serial Keyboard mode

Facility for Downloading Uploading files from to PC

On board Assembler Disassembler

Facility of writing program in assembly language

Enclosed in an attractive ABS Plastic cabinet with cover

In-Built Power Supply

Users Manual

Versatile Programming and Experiment Support

The kit is engineered for seamless programming and experimentation with its onboard monitor program, accessible step and run commands, and hardware-friendly design. Users can conduct various interfacing and programming experiments with external interface card compatibility, making it suitable for classroom demonstrations and practical labs.

Robust and Secure Design

Featuring a high-grade ABS plastic enclosure, built-in fuse protection, and regulated inbuilt power supply, this trainer kit guarantees user safety and durability. The compact rectangular design (340 mm x 225 mm x 70 mm) ensures easy portability, while the LED indicators and LCD display provide immediate operational feedback.

Comprehensive Accessories and User-Friendly Features

Every unit comes with patch cords, a power cable, and a detailed user manual. The intuitive membrane or tactile keypad enables accurate data entry, and detailed visual cues from LEDs and the LCD display make programming straightforward, even for beginners in microprocessor applications.

FAQs of Microprocessor Trainer Kit with LCD Display and Inbuilt Power Supply:

Q: How does the Microprocessor Trainer Kit support educational learning and hands-on practice?

A: This trainer kit is engineered for educational environments, allowing students to interact directly with hardware through experiments such as programming the onboard 8085 CPU, interfacing with LEDs, switches, and the 8255 PPI. The kits comprehensive I/O interfaces and user-friendly monitor program facilitate immediate feedback, reinforcing concepts in real time.

Q: What processes can be conducted using the onboard LCD display and keypad?

A: The 16x2 LCD alphanumeric display is used for displaying real-time results, program output, or status messages, while the membrane or tactile keypad enables efficient hexadecimal or decimal data entry during programming or debugging processes. This combination aids in step-wise program execution and hardware monitoring.

Q: When is the kit most beneficial for students or professionals?

A: This kit is particularly valuable during practical training sessions, programming lessons, or electronic system labs. It is ideal for students or professionals wishing to reinforce theoretical microprocessor concepts through practical, real-world experimentation and troubleshooting.

Q: Where can this Microprocessor Trainer Kit be incorporated most effectively?

A: The kit is best suited for technical institutions, engineering colleges, polytechnics, and vocational training centers across India. Its robust design and accessible features make it ideal for both classroom demonstrations and laboratory experiments.

Q: What are the key usage scenarios for external interface expansion?

A: Users can connect external interface cards and additional peripheral devices to the expansion connectors provided on the trainer kit. This enables advanced experiments such as adding custom I/O modules, communication cards, or integrating sensors for extended hardware applications.

Q: How does the built-in power supply benefit users?

A: The integrated regulated power supply eliminates the need for external adapters, ensuring stable voltage and enhanced safety. This not only streamlines setup and operation but also adds to the kits portability and convenience during lab sessions.

Q: What provisions ensure the safety and durability of this trainer kit?

A: The trainer kit features a high-grade ABS plastic case and built-in fuse protection, safeguarding both users and equipment from electrical faults. Its robust construction and operational temperature range (0C to 50C) ensure reliable performance during extended educational use.

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