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  • Diode Arrays(19)
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    UC1611L883B

    DIODE ARR SCHOTT 50V 1A 20LCCC

    Texas Instruments(TI)

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    UC1611J

    DIODE ARRAY SCHOTT 50V 1A 8CDIP

    Texas Instruments(TI)

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    SN74S1051NS

    DIODE ARRAY SCHOTT 7V 50MA 16SO

    Texas Instruments(TI)

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    SN74S1052NS

    DIODE ARRAY SCHOTT 7V 50MA 20SO

    Texas Instruments(TI)

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    SN74S1051DB

    DIODE ARR SCHOTT 7V 50MA 16SSOP

    Texas Instruments(TI)

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    SN74S1051PW

    DIODE ARR SCHOTT 7V 50MA 16TSSOP

    Texas Instruments(TI)

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    SN74S1051DG4

    DIODE ARR SCHOTT 7V 50MA 16SOIC

    Texas Instruments(TI)

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    UC1611J883B

    DIODE ARRAY SCHOTT 50V 1A 8CDIP

    Texas Instruments(TI)

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    5962-90538012A

    DIODE ARR SCHOTT 50V 1A 20LCCC

    Texas Instruments(TI)

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    SN74S1051D

    DIODE ARR SCHOTT 7V 50MA 16SOIC

    Texas Instruments(TI)

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    5962-9053801PA

    DIODE ARRAY SCHOTT 50V 1A 8CDIP

    Texas Instruments(TI)

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    UC3611J

    DIODE ARRAY SCHOTT 50V 1A 8CDIP

    Texas Instruments(TI)

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    UC1612J

    DIODE ARRAY SCHOTTKY 8SOIC

    Texas Instruments(TI)

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    UC3611N

    DIODE ARRAY SCHOTTKY 50V 3A 8DIP

    Texas Instruments(TI)

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    UC3611DW

    DIODE ARR SCHOTT 50V 3A 16SOIC

    Texas Instruments(TI)

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    SN74S1051NSR

    DIODE ARRAY SCHOTT 7V 50MA 16SO

    Texas Instruments(TI)

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    SN74S1051PWR

    DIODE ARR SCHOTT 7V 50MA 16TSSOP

    Texas Instruments(TI)

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    SN74S1051N

    DIODE ARR SCHOTT 7V 50MA 16DIP

    Texas Instruments(TI)

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    SN74S1051DR

    DIODE ARR SCHOTT 7V 50MA 16SOIC

    Texas Instruments(TI)

  • Total 19
    • 1

    Products within the diode and rectifier array family incorporate two or more discrete diodes within a single package. They are characterized in terms similar to those used for single discrete diodes, with the addition of a "Diode Configuration" attribute indicating the presence and character of any internal connections between the diodes in the device. Note that arrays with a full-bridge configuration are specifically excluded, and listed as a separate product family.


    What are Diodes?

    Diodes are utilized to safeguard circuits by limiting voltage and converting AC to DC. They are primarily made from semiconductors like silicon and germanium. While diodes allow current to flow in one direction, the method of transmission varies. Different types of diodes exist, each designed for specific applications.


    Diode Symbol

    Diode Symbol


    The standard symbol for a diode is illustrated above. In this diagram, there are two terminals referred to as the anode and cathode. The arrowhead indicates the anode, showing the direction of conventional current flow when the diode is forward biased. The opposite end represents the cathode.



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