Encoder & Decoder ICs

Encoders are logic semiconductor ICs (integrated circuits) that have been designed to encode and decode digital binary codes for inputs whilst decoders receive data transmissions in amateur radio frequency bands. They constantly monitor incoming signals for valid DTMF digits. These electronic circuits decode DTMF dial tones from telephone lines into touch-tone phones via a process known as tone dialling.

How do Encoders and Decoders work?

An encoder IC is manufactured to encode digital data from one format type or code to another that can accept multiple inputs and generate multi-bit output. Their primary functions are speed, security, standardisation by shrinking the size.

Decoder ICs increase connectivity in electronics to allow better control of applications. Home units like security alarm systems, electronic gates and garage doors, access control systems and everyday appliances make use of DTMF functionalities.

Types of Encoders and Decoders?

Encoder ICs are available with different encoding types such as Key and priority.

A DTMF (Dual Tone Multi-Frequency) decoder IC is a device that receives data transmissions in amateur radio frequency bands. They constantly monitor incoming signals for valid DTMF digits. These electronic circuits decode DTMF dial tones from telephone lines into touch-tone phones via a process known as tone dialling.

The most common types of DTMF Decoder ICs include 2-tone, 5-tone, multi-tone and burst-tone versions. Multi-tone decoders receive and translate multiple tones from the source whilst Burst-tone versions decode clashing frequencies into binary signals.

As well as being offered with variations of logic families, the number of pins on the IC and different mount types.

Applications of encoders and decoders

Encoders and decoders have an array of application use such as;

  • Smoke and fire alarm system
  • Home security systems
  • Identity tokens
  • Mobile phones and landlines

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Description Price Operating Frequency Fabrication Technology Typical Supply Current Minimum CMRR Mounting Type Package Type Pin Count Dimensions Maximum Operating Supply Voltage Maximum Operating Temperature Automotive Standard Minimum Operating Supply Voltage Minimum Operating Temperature Number of Elements per Chip
RS stock no. 861-0560
Mfr. Part No.HCS301-I/SN
BrandMicrochip
R 20.79
Each (In a Pack of 5)
units
- - - - Surface Mount SOIC 8 4.9 x 3.9 x 1.5mm 13 V +85 °C - 3.5 V -40 °C -
RS stock no. 178-4134
Mfr. Part No.HCS301-I/SN
BrandMicrochip
R 19.118
Each (In a Tube of 100)
units
- - - - Surface Mount SOIC 8 4.9 x 3.9 x 1.5mm 13 V +85 °C - 3.5 V -40 °C -
RS stock no. 379-2011
Mfr. Part No.HCS512-I/P
BrandMicrochip
R 81.308
Each (In a Pack of 5)
units
- - - - Through Hole PDIP 18 22.86 x 6.35 x 3.3mm - +85 °C - - -40 °C -
RS stock no. 178-4855
Mfr. Part No.HCS512-I/P
BrandMicrochip
R 75.825
Each (In a Tube of 25)
units
- - - - Through Hole PDIP 18 22.86 x 6.35 x 3.3mm - +85 °C - - -40 °C -
RS stock no. 467-0776
Mfr. Part No.HCS200/SN
BrandMicrochip
R 17.088
Each (In a Pack of 5)
units
- - - - Surface Mount SOIC 8 4.9 x 3.9 x 1.25mm 13 V +70 °C - 3.5 V 0 °C -
RS stock no. 178-4003
Mfr. Part No.HCS200/SN
BrandMicrochip
R 15.678
Each (In a Tube of 100)
units
- - - - Surface Mount SOIC 8 4.9 x 3.9 x 1.25mm 13 V +70 °C - 3.5 V 0 °C -