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NAND Gate Student Project

Name: NAND Gate Student Project
Brand: SHREE RAM SCIENCE PROJECTS
Price: 750 INR
Availability: InStock

Price 750 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

NAND Gate Student Project Specification

Size
Standard model kit

Weight
Approx. 300 grams

Use
Practical Electronics Learning

Model No
LN-01

Surface Finish
Smooth lacquered

Style
Educational Demonstration

Power Type
Battery operated

Features
Includes LEDs, resistors, transistors

Assembly
Do-it-yourself kit

Material
Wooden base, electronic parts

Dimensions
Approx. 20x15x3 cm

Shape
Rectangular

Color
Light brown with components

Function
Logic NAND gate demonstration

Age
12 years and above

Advantage
Hands-on circuit assembly

Educational Level
STEM learning

Circuit Type
Discrete components

Kit Required
Yes

Model Type
Working Model

Visual Aid
Component labels

Resistor Count
Multiple included

Transistor Count
2 included

Battery Type
9V supported

Connections
Screw terminals

PCB Type
Mounted on base

LED Indication
Output status

Input Method
Push buttons

NAND Gate Student Project Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

NAND Gate Student Project About

Presenting the Logic NAND Gate Model LN-01 - a sought-after educational kit designed for hands-on STEM learning. Crafted on a smooth lacquered wooden base and mounted PCB, this breathtaking working model features push-button inputs and LED output indication. Assembled from discrete transistors and resistors, it's the top choice for practical electronics study. Procure this ineffable piece at a reduced price for your classroom or laboratory. Supplied as a do-it-yourself kit with labeled components and screw terminal connections, it supports 9V battery operation and is apt for ages 12 and above.

Unmatched Applications and Features

The Logic NAND Gate Model LN-01 finds its site of application in schools, colleges, and STEM learning centers, serving as an invaluable tool for illustrating digital logic principles. Its competitive advantage lies in tangible, hands-on circuit assembly, making abstract theories easily accessible. Key features include component labels, screw connections, durable construction, and LED output display. Exceptionally intuitive, it simplifies the understanding of logic gate functions for educators and students alike, positioning itself as the top educational demonstration model.

Certifications, Sample Policy, and Packaging

Benefit from the reduced sale price and assured quality: this model is manufacturer-certified for educational use in India. Sample availability is subject to exchange and prior consultation for institutional orders. Delivery is prompt, with secure packaging that includes all electronic parts, a wooden base, and detailed assembly guidance. Each unit is thoroughly checked before shipment, ensuring a stellar demonstration experience from your very first use. Take advantage of the comprehensive kit and reliable post-sale support.

FAQ's of Logic ''Nand'' Gate:

Q: How does the Logic NAND Gate Model LN-01 assist in STEM education?

A: The model offers hands-on assembly and immediate output visualization, making crucial digital logic concepts easy to grasp for students and facilitating an interactive approach to learning electronics.

Q: What is included in the kit, and is prior electronics knowledge required?

A: The kit contains all necessary electronic components-resistors, transistors, LEDs, push buttons, screws, and a labeled wooden base. No advanced electronics knowledge is required, making it ideal for beginners and guided classroom settings.

Q: Where can I use this NAND Gate demonstration model?

A: This product is perfect for classrooms, laboratories, STEM workshops, and electronics clubs-any space where practical electronics learning and theory illustration are emphasized.

Q: What is the process for assembling the NAND Gate kit?

A: Assembly is straightforward: follow the detailed instructions to mount and connect each labeled component onto the base using screw terminals. Power the model with a standard 9V battery to begin practical demonstrations.

Q: What are the benefits of using a working NAND gate model over simulation software?

A: A physical model provides tactile engagement, real-time LED feedback, and develops skills in circuit assembly, making theory more vivid and memorable compared to purely virtual simulations.

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