Digital To Analogue Converters | DAC | Audio | RS
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    Digital to Analogue Converters

    Digital to analogue converters (also known as DACs) are devices that convert digital signals (e.g. a fixed-point binary number) into an analogue output signal (e.g. a physical quantity, such as voltage or pressure) for other devices to recognise. DACs are mostly in the audio industry, where they are used to convert digital audio signal (binary code) into an analogue signal ready for the next device or headphone amplifier to pick up. The reverse operation (analogue to digital conversion) can be performed by an ADC (analogue to digital converter). We have a curated range of DACs featuring products from well-known brands within the industry, including Analog Devices, Maxim Integrated, Microchip, Texas Instruments, and more.

    What does a digital to analogue converter do?

    Audio digital to analogue converters capture high-quality digital audio and convert it into a direct line level output analogue signal. An example of this is when digitally-stored music, such as an mp3 track or a CD, is converted into an analogue signal in order to be played through speakers. Video digital to analogue converters operate on a much larger scale and are high-frequency, low- to medium-resolution type converters. They are used to convert digital video data into analogue video signals, especially when using older models of monitors or televisions.

    Types of digital to analogue converters

    • R-2R Ladder DACs - These converters are binary converters that use repeating cascaded resistor values R and 2R. Using R-2R improves accuracy.
    • Switched Capacitors - Switched capacitors include a parallel capacitor network.
    • Switched Resistors - Contain a parallel resistor system in which resistors are enabled or bypassed depending on the digital signal.
    • Switched Current Source - Different current sources are chosen based on the digital signal being input.

    Applications

    Digital to analogue converters are widely used in applications across audio and video industries, including mobile phones, televisions, music players, and telephone calls.

    Converters for audio applications include:

    • Digital music systems when played through speakers or headphones
    • PC sound cards

    ,li>Telecommunications

    Video digital to analogue converters have application uses in:

    • Mobile phones
    • TVs

    590 Products showing for Digital to Analogue Converters

    Texas Instruments
    R-2R, Resistor String
    12 bit
    89ksps
    ±8LSB
    ±2LSB
    4
    Surface Mount
    SOIC
    16
    10µs
    Serial
    Bipolar, Unipolar
    External
    Dual, Single
    5 V
    Texas Instruments
    String DAC
    16 bit
    -
    ±0.5%FSR
    ±1LSB
    4
    -
    TSSOP
    16
    -
    Serial
    -
    -
    -
    -
    Texas Instruments
    String DAC
    12 bit
    55.55ksps
    ±0.2%FSR
    ±0.25LSB
    8
    -
    TSSOP
    16
    -
    Serial
    -
    -
    -
    -
    Analog Devices
    Current Steering
    8 bit
    833ksps
    -0.5LSB
    ±1LSB
    2
    Surface Mount
    SOIC
    8
    2µs
    Serial (SPI/QSPI/Microwire)
    Unipolar
    External, Internal
    Single
    3.3 V, 5 V
    Microchip
    Resistor String
    12
    -
    -
    13LSB
    4
    -
    MSOP
    10
    -
    Serial (I2C)
    -
    -
    -
    -
    Microchip
    Resistor String
    12 bit
    -
    70LSB
    6LSB
    1
    Surface Mount
    MSOP
    10
    7.8µs
    -
    Bipolar
    External, Internal
    Single
    1.8 to 5.5 V
    Texas Instruments
    R-2R Ladder
    12 bit
    20.4Msps
    ±10mV
    ±1LSB
    1
    -
    TSSOP
    20
    -
    Parallel
    -
    -
    -
    -
    Maxim Integrated
    R-2R, Resistor String
    8 bit
    -
    ±18mV
    -
    1
    Through Hole
    PDIP
    8
    6µs
    Serial (I2C)
    Unipolar
    External
    Single
    5 V
    Texas Instruments
    Resistor String
    12 bit
    -
    -1%FSR
    ±8LSB
    1
    Surface Mount
    TSOT
    6
    10µs
    Serial (SPI/QSPI/Microwire)
    Unipolar
    Supply
    Single
    3.3 V, 5 V
    Microchip
    Current Steering
    8 bit
    -
    ±3%FSR
    ±2LSB
    1
    Surface Mount
    SOIC
    8
    10µs
    Serial (I2C)
    Unipolar
    External
    Single
    5.5 V
    Texas Instruments
    Resistor String
    12 bit
    43ksps
    ±1%FSR
    ±8LSB
    4
    Surface Mount
    MSOP
    10
    12µs
    Serial (I2C)
    Unipolar
    External
    Single
    3.3 V, 5 V
    Microchip
    Resistor String
    12 bit
    -
    82LSB
    14.5LSB
    1
    Surface Mount
    SOT-23
    6
    6µs
    Serial (I2C)
    Bipolar
    External
    Single
    2.7 to 5.5 V
    Microchip
    -
    8 bit
    -
    4.5LSB
    5LSB
    4
    -
    TSSOP
    20
    -
    Serial (SPI)
    -
    -
    -
    -
    Microchip
    -
    12 bit
    -
    70LSB
    6LSB
    8
    -
    TSSOP
    20
    -
    Serial (I2C)
    -
    -
    -
    -
    Microchip
    -
    8 bit
    -
    4.5LSB
    5LSB
    4
    -
    QFN
    20
    -
    Serial (SPI)
    -
    -
    -
    -
    Texas Instruments
    Resistor String
    16 bit
    200ksps
    ±0.5%FSR
    ±8LSB
    1
    Surface Mount
    MSOP
    8
    12µs
    Serial (SPI/QSPI/Microwire)
    Unipolar
    External, Internal
    Single
    3.3 V, 5 V
    Analog Devices
    R-2R, Resistor String
    16 bit
    -
    ±3%FSR
    ±3dB
    2
    Surface Mount
    SOIC W
    16
    -
    Serial
    Bipolar
    Internal
    Single
    5 V
    Maxim Integrated
    Resistor String
    12 bit
    -
    -
    ±1LSB
    4
    Surface Mount
    TSSOP
    16
    5µs
    SPI Serial
    Bipolar, Unipolar
    External, Internal
    Single
    2.7 to 5.25 V
    Microchip
    Resistor String
    12 bit
    -
    -
    ±14.5LSB
    1
    Surface Mount
    SOT-23
    6
    6µs
    Serial (I2C)
    Bipolar
    External
    Single
    5.5 V
    Microchip
    Resistor String
    12 bit
    -
    ±2%FSR
    ±12LSB
    2
    Through Hole
    PDIP
    8
    4.5µs
    Serial (SPI/Microwire)
    Unipolar
    Internal
    Single
    5 V
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