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Xor Gate

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MOQ : 10 Pieces

Xor Gate Specification

Humidity
0-90% RH (non-condensing)

Product Type
Xor Gate

Application
Engineering Educational Equipment

Measuring Range
Digital Logic Levels

Max Height
Approx. 18 mm

Port Size
Standard IC Pins

Temperature
050C

Test Range
Logic Voltage Levels 0-5V

Specimen Size
Standard DIL package

Usage
Engineering Educational Equipment

Resolution
Digital Logic (0 or 1)

Response Time
<1 s

Automation Grade
Manual

Power Supply
5V DC

Features
Compact, Low Power, LED Indication

Operating Voltage
5V DC

Interface Type
Pin Interface

Accuracy
0.1V (depends on input source)

Number of Specimens
1 per unit

Frequency
Up to 10 MHz

Display Type
LED Indicator

Mounting Type
PCB Mount

Machine Weight
Approx. 150 g

Control Mode
Manual

Xor Gate Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
100 Pieces Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Middle East, Asia, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Xor Gate

Xor Gate

The purpose of the model is to show the basic logic gate with diodes and leds.
This is a complete working model supported by rough study material to make a suitable projects report by the student.
It is using sun board base, paper, electronic-electrical components, and mechanical scientific goods as per the requirement of a particular model.

Reliable Performance with TTL and CMOS Technology

Built with CMOS or TTL technology, this Xor Gate operates efficiently at up to 10 MHz with a low operating current (2-10 mA) and high accuracy (0.1V). Its compact structure and manual control mode ensure suitability for hands-on learning environments, while stable operation is maintained within temperatures from 0 to 50C and humidity between 0 and 90% RH.

Designed for Engineering Education

Specifically crafted for training and demonstration in educational institutes, the product enables students to investigate digital logic operations in a controlled environment. The LED indicators facilitate real-time monitoring of input/output states, while standard IC pin interfaces allow seamless integration into various circuit boards.

FAQs of Xor Gate:

Q: How do I use the Xor Gate for educational experiments?

A: Attach the Xor Gate module to your PCB using the standard 14-pin DIL interface. Apply digital logic voltages (0-5V) to the inputs and observe the LED indicator, which will display the output status based on 2-input exclusive OR logic. Manual control enables straightforward operation, making it ideal for classroom demonstrations.

Q: What are the advantages of using TTL-compatible Xor Gates with CMOS technology?

A: TTL compatibility ensures widespread interface acceptance in digital systems, while CMOS technology offers lower power consumption and faster switching. This combination allows for reliable, rapid, and energy-efficient performance in educational equipment.

Q: When should I consider using this Xor Gate in engineering education?

A: The Xor Gate is most effective in digital electronics courses, logic circuit experiments, and foundational training sessions. It is designed to withstand over 100,000 cycles, ensuring longevity during repeated use in teaching labs.

Q: Where can this Xor Gate be mounted or integrated?

A: The module is designed for easy PCB mounting using its standard 14-pin DIL package. Its compact profile and pin interfaces make it compatible with typical educational circuit boards and experimental setups.

Q: What is the process for testing logic levels with this unit?

A: Connect the gate to a 5V DC supply and input standard logic voltages (0-5V). Changes in input will be promptly displayed via the built-in LED indicator, which reflects the XOR operation result. The device provides digital output within less than 1 microsecond, supporting real-time learning.

Q: What benefits does manual control offer for this Xor Gate?

A: Manual control allows precise manipulation of input signals, fostering an interactive learning environment. Students can directly experience changing states and observe immediate outcomes, enhancing their understanding of digital logic principles.

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