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  • Encoders, Decoders, Converters(60)
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    CD3246C06YFFR

    PROTOTYPE

    Texas Instruments(TI)

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    TVP5150AM1IPBSRG4

    IC VIDEO DECODER 32-TQFP

    Texas Instruments(TI)

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    TVP5156PNPR

    IC DECOD VIDEO PAL/NTSC 128HTQFP

    Texas Instruments(TI)

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    TVP5154PNPR

    IC VIDEO DECODER 8BIT 128TQFP

    Texas Instruments(TI)

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    TVP5150AM1PBSRG4

    IC VIDEO DECODER 8BIT 32TQFP

    Texas Instruments(TI)

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    TIR1000PWRG4

    IC IRDA ENCODER/DECODER 8TSSOP

    Texas Instruments(TI)

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    TIR1000PSRG4

    IC IRDA ENCODER/DECODER 8SO

    Texas Instruments(TI)

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    TIR1000IPWRG4

    IC IRDA ENCODER/DECODER 8-TSSOP

    Texas Instruments(TI)

  • img

    TIR1000IPWG4

    IC IRDA ENCODER/DECODER 8-TSSOP

    Texas Instruments(TI)

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    CLC011BCQ/NOPB

    IC DECODER VIDEO SER DIG 28-PLCC

    Texas Instruments(TI)

  • img

    TVP5154AIPNPR

    IC VIDEO DECODER 8BIT 128TQFP

    Texas Instruments(TI)

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    TVP5150AM1IPBSQ1

    IC VIDEO DECODER 32TQFP

    Texas Instruments(TI)

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    TVP5146M2IPFPR

    IC VIDEO DECODER 10BIT 80TQFP

    Texas Instruments(TI)

  • img

    TVP5150AM1IPBSRQ1

    IC DECOD VIDEO NTSC/PAL 32TQFP

    Texas Instruments(TI)

  • img

    TVP5150AM1PBSRHIK

    IC VIDEO DECODER 8BIT 32TQFP

    Texas Instruments(TI)

  • img

    TIR1000PSG4

    IC IRDA ENCODER/DECODER 8SO

    Texas Instruments(TI)

  • img

    TVP5147M1IPFPR

    IC VIDEO DECODER 10BIT 80TQFP

    Texas Instruments(TI)

  • img

    TVP5146M2PFPR

    IC VIDEO DECODER 10BIT 80TQFP

    Texas Instruments(TI)

  • img

    TVP5147M1PFP

    IC DIGITL VIDEO DECODER 80-HTQFP

    Texas Instruments(TI)

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    TVP5147M1IPFP

    IC DIGITAL VIDEO DECODER 80HTQFP

    Texas Instruments(TI)

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    Products in this category are used to prepare information for transmission or storage by changing it into a format that can be sent or saved. They also perform the opposite function on the receiving end. This usually involves some sort of modulation process. For example, you might find devices that convert digital data into an analog video signal, or vice versa. There are also devices that encode button presses to be sent for remote controls, and ones that help connect a regular UART (Universal Asynchronous Receiver-Transmitter) to an infrared transceiver.

    infrared transceiver.

    A simpler way to explain encoders, decoders, and converters:


    Encoders: Think of an encoder as a tool that takes information and changes it into a different format or code. It’s like translating data into a special language that can be easily sent or handled. For example, in electronics, an encoder might turn a set of binary numbers into a specific code. In communications, encoders help prepare data for transmission by compressing and formatting it.


    Decoders: A decoder does the opposite of an encoder. It takes the encoded data and changes it back to its original format or a format that can be used by other devices. So, if you’ve received data that’s been encoded, a decoder will help make sense of it. For instance, in digital TV, a decoder turns the encoded signal back into video and audio that you can watch and hear.


    Converters: Converters are used to change data from one type to another. This usually means switching between different kinds of signals or between analog and digital formats. There are different types, like Analog-to-Digital Converters (ADCs), which turn analog signals (like sound) into digital data for computers, and Digital-to-Analog Converters (DACs), which do the opposite, changing digital data back into an analog signal for things like speakers.


    In summary:


    Encoders change data into a different format for easier processing or transmission.

    Decoders take encoded data and turn it back into its original or usable format.

    Converters switch data between different types or formats, such as analog to digital and vice versa.




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