BCD TO SEVEN SEGMENT DECODER USING IC 7447

BCD TO SEVEN SEGMENT DECODER USING IC 7447

BCD TO SEVEN SEGMENT DECODER USING IC 7447

BCD TO SEVEN SEGMENT DECODER USING IC 7447

BCD TO SEVEN SEGMENT DECODER USING IC 7447

BCD TO SEVEN SEGMENT DECODER USING IC 7447

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BCD TO SEVEN SEGMENT DECODER USING IC 7447

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MOQ : 1 Piece

BCD TO SEVEN SEGMENT DECODER USING IC 7447 Specification

Humidity
0-95% RH (Non-Condensing)

Operating Voltage
5V DC

Response Time
<100 ns

Frequency
DC to 25 MHz

Features
Open Collector Output, Lamp Test, Ripple Blanking Input/Output

Product Type
BCD TO SEVEN SEGMENT DECODER USING IC 7447

Application
BCD TO SEVEN SEGMENT DECODER USING IC 7447

Port Size
Standard DIP

Measuring Range
BCD Code to 7 Segment Output

Temperature
0C to 70C

Max Height
Standard IC size

Automation Grade
Manual

Power Supply
5V DC

Mounting Type
DIP (Dual In-line Package)

Interface Type
Parallel

Display Type
7 Segment Display Output

Test Range
BCD input (0000 to 1001)

Accuracy
Logic Level Accurate

Usage
BCD TO SEVEN SEGMENT DECODER USING IC 7447

Resolution
1 BCD Digit

Capacity
Drives one 7-segment display

Control Mode
Manual

BCD TO SEVEN SEGMENT DECODER USING IC 7447 Trade Information

Minimum Order Quantity
1 Piece

Packaging Details
Carton Box, Export Quality also Available

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

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About BCD TO SEVEN SEGMENT DECODER USING IC 7447

BCD to Seven Segment Decoder using IC 7447

Objective:

To constructand study the operation of the common cathode and common anode type display

The BCD inputsare given by logic switches which are decoded by the decoder ICs

The displaywill show the corresponding decimal equivalent

Efficient Digital Display Solution

IC 7447 offers a reliable way to convert BCD inputs into easily readable numerical outputs via seven segment displays. Its open collector outputs and lamp test facilities allow for simple integration and functional checking in digital instruments. With fast response time below 100 ns and up to 40 mA drive capability per segment, it can be implemented in various equipment where numeric display is essential.

Robust Construction and Compliance

Housed in a plastic DIP package, this IC ensures easy mounting and robust mechanical stability. Its RoHS compliance and wide temperature/humidity tolerance (0C70C, up to 95% RH non-condensing) make it suitable for many indoor electronic applications in both industrial and consumer domains. The DIP format allows straightforward manufacturing and prototyping.

Versatile Industrial and Educational Applications

Primarily used in digital clocks, electronic meters, and panel meters, IC 7447 finds importance in any application requiring BCD to 7-segment conversion. Its straightforward parallel interface makes it ideal for learning environments as well as for OEM manufacturing, streamlining the process of numeric data display.

FAQs of BCD TO SEVEN SEGMENT DECODER USING IC 7447:

Q: How does the IC 7447 convert BCD input to a seven segment display output?

A: The IC 7447 takes a 4-bit BCD (Binary Coded Decimal) input and activates the appropriate outputs to illuminate the corresponding segments of a common anode seven segment display. Each input combination (0000 to 1001) lights up segments to form digits 0 through 9.

Q: What are the main benefits of using IC 7447 in digital displays?

A: Using IC 7447 simplifies the process of digital display as it provides an efficient way to drive seven segment displays directly from BCD sources. It offers fast response, handles significant current per segment, and includes lamp test and ripple blanking features for enhanced reliability and testability.

Q: When should the IC 7447 typically be used in electronic projects?

A: The IC 7447 is ideal for projects that require numeric data to be displayed, such as in digital clocks, timers, electronic counters, and measurement instruments where BCD data must be converted into visible digits.

Q: Where is the IC 7447 commonly applied?

A: IC 7447 is commonly used in digital clocks, electronic meters, numerical panel displays, and educational demonstration kitsanywhere BCD to seven segment numerical conversion is required.

Q: What is the typical process for integrating IC 7447 into a circuit?

A: To use the IC 7447, connect the BCD input lines to the appropriate pins, attach the output pins to a common anode seven segment display, apply a 5V DC supply, and optionally use lamp test or blanking inputs as needed.

Q: How reliable is the IC 7447 in various environments?

A: IC 7447 is reliable in standard indoor operating environments, functioning effectively in temperatures from 0C to 70C and humidity up to 95% RH (non-condensing), making it suited for most commercial and educational electronic applications.

BCD TO SEVEN SEGMENT DECODER USING IC 7447

BCD TO SEVEN SEGMENT DECODER USING IC 7447

BCD TO SEVEN SEGMENT DECODER USING IC 7447

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