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74HC83 4-Bit Binary Full Adder IC (DIP-16)

74HC83 4-Bit Binary Full Adder IC (DIP-16)

Part number: 74HC83Integrated Circuits (ICs)

Lowest price now

18 EGP

4 offers · 4 storesSave up to 45%

View in store: Makers Electronics

Prices updated: 13 Oct 2026

Compare prices

StorePriceView in store
Makers Electronics logoMakers ElectronicsCheapest18 EGPView in store
Most Electronics logoMost Electronics27.9 EGP32.82View in store
Microohm logoMicroohm30 EGP50View in store
Circuits Electronics logoCircuits Electronics33 EGPView in store

Price history

Lowest daily price, last 90 days

18.271817.7312 Oct 202613 Oct 2026

Lowest price recorded: 18 EGP

About this product

The 74HC83 is a high-speed CMOS 4-bit binary full adder that adds two 4-bit numbers with a carry input, producing a 4-bit sum and a carry output. It operates from 2 V to 6 V and is pin-compatible with the 74LS83 TTL version. It is useful in digital logic designs and in teaching binary arithmetic.

Specifications

Function
4-bit binary full adder
Logic family
High-speed CMOS (HC)
Supply voltage
2 V to 6 V
Inputs
A0-A3, B0-B3, Carry-in (Cin)
Outputs
S0-S3 (Sum), Carry-out (Cout)
Package
DIP-16

Frequently asked questions

What is the price of 74HC83 4-Bit Binary Full Adder IC (DIP-16) in Egypt?

74HC83 4-Bit Binary Full Adder IC (DIP-16) currently costs between 18 and 33 EGP across 4 offers in Egypt.

Where can I buy 74HC83 4-Bit Binary Full Adder IC (DIP-16) in Egypt?

74HC83 4-Bit Binary Full Adder IC (DIP-16) is available from Makers Electronics, Most Electronics, Microohm, and Circuits Electronics. Compare the offers above to find the best price.

Is it a drop-in replacement for the 74LS83?

It uses the same DIP-16 pinout and performs the same 4-bit addition, so it is pin-compatible in most designs. Because the HC family is CMOS, check input voltage levels and timing when mixing it with 5 V TTL logic.

How should I handle unused inputs?

Do not leave CMOS inputs floating. Tie unused inputs to GND or VCC through a resistor, depending on the logic your circuit requires, so the output stays stable.