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  • Digital to Analog Converters (DAC)(11,429)
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    DAC104S085CIMM/NOPB

    10 Bit Digital to Analog Converter 4 10-VSSOP

    Texas Instruments

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    MAX5113GTJ+TG074

    IC DAC 14BIT 32TQFN

    Analog Devices Inc.(ADI)

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    TLC7226MFKB

    8-BIT, 5 US QUAD DAC, PARALLEL I

    Texas Instruments(TI)

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    TLV5638MJGB

    12-BIT, 1 OR 3.5 US DAC SERIAL I

    Texas Instruments(TI)

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    TLC5618AMJGB

    12-BIT, 2.5 US DUAL DAC, SERIAL

    Texas Instruments(TI)

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    TLV5638MFKB

    12-BIT, 1 OR 3.5 US DAC SERIAL I

    Texas Instruments(TI)

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    TLC5618AMFKB

    12-BIT, 2.5 US DUAL DAC, SERIAL

    Texas Instruments(TI)

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    MCP47FVB02A0T-E/STVAO

    DUAL CHANNEL, 8-BIT, VOLATILE, I

    Microchip Technology

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    MCP48FVB01T-E/UNVAO

    SINGLE CHANNEL, 8-BIT, VOLATILE,

    Microchip Technology

  • img

    MCP48FVB02T-E/UNVAO

    DUAL CHANNEL, 8-BIT, VOLATILE, S

    Microchip Technology

  • img

    MCP47FVB22A3T-E/STVAO

    DUAL CHANNEL, 12-BIT, VOLATILE,

    Microchip Technology

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    MCP47FVB12A0T-E/STVAO

    DUAL CHANNEL, 10-BIT, VOLATILE,

    Microchip Technology

  • img

    MCP48FVB12T-E/UNVAO

    DUAL CHANNEL, 10-BIT, VOLATILE,

    Microchip Technology

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    MCP48FVB22T-E/UNVAO

    SINGLE CHANNEL, 12-BIT, VOLATILE

    Microchip Technology

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    DAC8775LRWFR

    PROTOTYPE

    Texas Instruments(TI)

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    DAC121S101WGRQV

    IC DAC 12BIT V-OUT 10CFP

    Texas Instruments(TI)

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    PDAC53204RTET

    FOUR-CHANNEL, 10-BIT, VOUT AND I

    Texas Instruments(TI)

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    DAC8775AIRWFR

    PROTOTYPE

    Texas Instruments(TI)

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    DAC8775AIRWFT

    PROTOTYPE

    Texas Instruments(TI)

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    DAC60504RTER

    IC DAC 12BIT V-OUT 16WQFN

    Texas Instruments(TI)

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    Description of Digital to Analog Converters (DAC)

    Digital-to-Analog Converters (DACs) change a digital signal into an analog voltage or current. They can be buffered or unbuffered. The right type of DAC for a job depends on its resolution and sampling frequency.


    DACs are used in:


    Music Players: They convert digital audio data into analog signals that can be heard through speakers or headphones.

    Televisions and Mobile Phones: They turn digital video data into analog signals, which then drive the screen to show images in black and white or color.

    In summary, DACs are key for converting digital data into analog signals that can be used in audio and video devices.


    Digital to Analog Converters (DAC)

    Frequently Asked Questions

    What is a Digital-to-Analog Converter (DAC)?

    A DAC is a circuit that turns a digital number (like binary code) into an analog output (such as a voltage or current). While the internal workings of a DAC are complex, you don't need to worry too much about the details.

    Can a DAC be used as an ADC?

    No, a DAC and an ADC serve different purposes:

    DAC: Converts digital signals into analog signals (like turning binary code into a voltage).

    ADC: Converts analog signals into digital data (like turning a voltage into binary code).

    What is the ADC conversion of a DAC?

    ADC (Analog-to-Digital Conversion) and DAC (Digital-to-Analog Conversion) are processes that help digital computers work with real-world signals. Digital data is different from continuous analog signals because it's sampled and quantized.

    How do you convert digital output to analog?

    You use a DAC for this. For example, audio DACs are small devices you can carry around to connect your digital devices to analog speakers, letting you enjoy your digital music through traditional speakers.

    Is a DAC worth it?

    Yes, external DACs are valuable for audiophiles. They enhance the quality of your audio by processing digital music more effectively than built-in DACs in devices like phones or computers. While most electronics have built-in DACs, an external DAC can provide better audio quality for music and movies.

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