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    35 Products

    USB Chargers

    Image of Product. Front orientation. USB Chargers. USB Chargers, Style 1.
    Image of Product. Front orientation. USB Chargers. USB Chargers, Style 2.
    Image of Product. Front orientation. USB Chargers. USB Chargers, Style 3.

    Style 1

    Style 2

    Style 3

    Image of Product. Front orientation. USB Chargers. USB Chargers, Style 9.
    Image of Product. Front orientation. USB Chargers. USB Chargers, Style 10.
    Image of Product. Front orientation. USB Chargers. USB Chargers, Style 13.

    Style 9

    Style 10

    Style 13

    Image of Specification. NEMA 1-15 Plug. Front orientation. NEMA 1-15. USB Chargers.

    NEMA

    1-15

    Plug

    Power up mobile devices and other electronics.
    Unlike many chargers in the market, these are high quality and reliable. All have passed strict U.S., Canadian, or European Union safety standards. Some of these chargers even have an LPS output, so if something fails inside the charger, it limits the risk of electrical shock. Most of our wall chargers also meet standards for energy efficiency when they're in-use, as well as when they're plugged in but not charging. Chargers that use switching regulation produce the stated voltage despite fluctuations in your outlet’s power and the power being drawn by your device. It also means they won’t get too hot.
    Straight Blade NEMA 1-15 Plug
    Image of Product. Front orientation. USB Chargers. USB Chargers, Style 1.
    Image of Product. Front orientation. USB Chargers. USB Chargers, Style 2.

    Style 1

    Style 2

    Image of Product. Front orientation. USB Chargers. USB Chargers, Style 3.
    Image of Product. Front orientation. USB Chargers. USB Chargers, Style 9.

    Style 3

    Style 9

    Image of Product. Front orientation. USB Chargers. USB Chargers, Style 10.
    Image of Specification. NEMA 1-15 Plug. Front orientation. NEMA 1-15. USB Chargers.

    Style 10

    NEMA

    1-15

    Plug

    USB-C—USB-C chargers are quickly becoming the new standard, often seen on new phones and tablets. Some are USB-C Power Delivery 3.0 certified, so they charge your devices on average 3-4 times faster than standard chargers because they send more power over your cable. 18W chargers will power phones and tablets sold after 2016. 27W chargers will power small laptops. Choose chargers with an output greater than 27W to charge large laptops and other high-power devices.
    USB-A—USB-A chargers have the traditional USB connection. 5W chargers are typically used with small electronic devices such as speakers, routers, and cameras. 10.5W chargers are typically used with phones and tablets sold before 2016. 18W chargers will power phones and tablets sold after 2016. To charge large laptops and other high-power devices, use chargers with an output greater than 27W.
    Cannot Be Sold To—Chargers cannot be sold to the listed areas due to energy efficiency regulations.
    Output
    Style
    Connection (No.
    of Ports)
    Power
    Voltage
    Input Voltage,
    V AC
    Cord Lg.,
    ft.
    Low-Voltage Output
    Protection
    Voltage Regulator
    Type
    Shock Protection
    Class
    Features
    Certification
    External Power Supply
    Efficiency Std.
    Specs.
    Met
    Cannot Be
    Sold To
    Each
    1USB-C (1)18 W5V DC, 9V DC, 12V DC, 15V DC100 to 240——SwitchingIIUSB-C Power Delivery 3.0UL Listed, C-UL Listed
    		CoC Tier 2, DoE Level VIIUL 62368-1—3741T31000000
    1USB-C (1)27 W5V DC, 9V DC, 12V DC, 15V DC100 to 240—LPSSwitchingIIUSB-C Power Delivery 3.0UL Listed, C-UL Listed
    		CoC Tier 2, DoE Level VIUL 2089—3741T3200000
    2USB-C (1)65 W5V DC, 9V DC, 12V DC, 15V DC, 20V DC100 to 240————USB-C Power Delivery 3.0UL Listed, C-UL Listed
    		DoE Level VI——7499N3200000
    3USB-C (1)100 W5V DC, 9V DC, 15V DC, 20V DC100 to 240—LPS——USB-C Power Delivery 3.0UL Listed
    		DoE Level VI—Canada7499N2200000
    9USB-A (1)
    USB-C (1)    		18 W
    45 W    		5V DC, 9V DC, 12V DC
    5V DC, 9V DC, 12V DC, 15V DC, 20V DC    		100 to 240—LPS———C-ETL Listed
    		DoE Level VI——7499N13100000
    10USB-C (1)
    USB-A (4)    		86 W
    12 W    		5V DC, 9V DC, 12V DC, 15V DC, 20V DC
    5V DC    		100 to 2404———USB-C Power Delivery 3.0UL Listed, C-UL Listed
    		——Canada7499N23000000
    Vehicle Plug
    Image of Product. Front orientation. USB Chargers. USB Chargers, Style 13.

    Style 13

    USB-C—USB-C chargers are quickly becoming the new standard, often seen on new phones and tablets. Some are USB-C Power Delivery 3.0 certified, so they charge your devices on average 3-4 times faster than standard chargers because they send more power over your cable. 18W chargers will power phones and tablets sold after 2016. 27W chargers will power small laptops. Choose chargers with an output greater than 27W to charge large laptops and other high-power devices.
    USB-A—USB-A chargers have the traditional USB connection. 5W chargers are typically used with small electronic devices such as speakers, routers, and cameras. 10.5W chargers are typically used with phones and tablets sold before 2016. 18W chargers will power phones and tablets sold after 2016. To charge large laptops and other high-power devices, use chargers with an output greater than 27W.
    Output
    Style
    Connection (No.
    of Ports)
    Power
    Voltage
    Voltage,
    V DC
    Features
    Certification
    Each
    13USB-C (1)
    USB-A (1)    		60 W
    18 W    		5V DC, 9V DC, 12V DC, 15V DC, 20V DC
    5V DC, 9V DC, 12V DC    		12USB-C Power Delivery 3.0CE Marked
    		7499N21000000

    AC to DC Adapter Cords

    Image of Product. Front orientation. Voltage Adapters. AC to DC Adapter Cords.
    Image of Specification. Negative. Front orientation. Negative Polarity. AC to DC Adapter Cords.

    Negative

    Image of Specification. Positive. Front orientation. Positive Polarity. AC to DC Adapter Cords.

    Positive

    Image of Specification. NEMA 1-15 Plug. Front orientation. NEMA 1-15. AC to DC Adapter Cords.

    NEMA

    1-15

    Plug

    Plug these adapter cords into a standard outlet and they change AC voltage to DC voltage. These cords use switching regulation, so they produce the stated voltage even when your outlet’s power or the power drawn by your device fluctuates. It also means they won’t get too hot. They have an LPS low-voltage output and Class II shock protection, so if something fails inside these cords, they’ll limit the risk of electrical shocks. These cords meet U.S. and Canadian safety standards as well as U.S. DOE (Department of Energy) Level VI standards for energy efficiency.
    When choosing an adapter, match the output voltage and polarity of your device. Look for the polarity illustration on your device or the adapter you're replacing. The current you choose should, at a minimum, match your device. You can choose a higher current, but it will not improve performance.
    Output Connection
    Input Connection
    Negative
    Polarity
    Positive
    Polarity
    Electrical
    Connection
    Voltage,
    V DC
    Current,
    amp
    End ID,
    mm
    End OD,
    mm
    End
    Shape
    Electrical
    Connection
    Voltage, V AC
    Current,
    amp
    NEMA
    Type
    End
    Shape
    Lg.,
    ft.
    Electrical Protection
    Type
    Certification
    External Power
    Supply Efficiency Std.
    Color
    Each
    Each
    Barrel150.562.15.5StraightStraight Blade120, 2400.41-15
    		90° Elbow6Overvoltage, Short CircuitUL Listed, C-UL Listed
    		DoE Level VIBlack70235K6710000070235K66400000
    Barrel150.562.55.5StraightStraight Blade120, 2400.41-15
    		90° Elbow6Overvoltage, Short CircuitUL Listed, C-UL Listed
    		DoE Level VIBlack70235K672000070235K6690000
    Barrel150.82.15.5StraightStraight Blade120, 2400.41-15
    		90° Elbow6Overvoltage, Short CircuitUL Listed, C-UL Listed
    		DoE Level VIBlack70235K682000070235K6730000
    Barrel150.82.55.5StraightStraight Blade120, 2400.41-15
    		90° Elbow6Overvoltage, Short CircuitUL Listed, C-UL Listed
    		DoE Level VIBlack70235K683000070235K6810000
    Barrel151.22.15.5StraightStraight Blade120, 2400.51-15
    		90° Elbow6Overvoltage, Short CircuitUL Listed, C-UL Listed
    		DoE Level VIBlack70235K6940000070235K68600000
    Barrel151.22.55.5StraightStraight Blade120, 2400.51-15
    		90° Elbow6Overvoltage, Short CircuitUL Listed, C-UL Listed
    		DoE Level VIBlack70235K6970000070235K69200000
    Barrel151.62.15.5StraightStraight Blade120, 2400.81-15
    		90° Elbow6Overvoltage, Short CircuitUL Listed, C-UL Listed
    		DoE Level VIBlack70235K720000070235K9800000
    Barrel151.62.55.5StraightStraight Blade120, 2400.81-15
    		90° Elbow6Overvoltage, Short CircuitUL Listed, C-UL Listed
    		DoE Level VIBlack70235K70000070235K69900000
    Barrel152.42.15.5StraightStraight Blade120, 2401.31-15
    		90° Elbow6Overvoltage, Short CircuitUL Listed, C-UL Listed
    		DoE Level VIBlack70235K7110000070235K70500000
    Barrel152.42.55.5StraightStraight Blade120, 2401.31-15
    		90° Elbow6Overvoltage, Short CircuitUL Listed, C-UL Listed
    		DoE Level VIBlack70235K7180000070235K70700000

    Detachable-Cord AC to DC Adapters

    Image of Product. IEC C8 Input and Barrel Output. Front orientation. Voltage Adapters. Detachable-Cord AC to DC Adapters, IEC C8, Barrel Connection.
    Image of Product. IEC C14 Input and Barrel Output. Front orientation. Voltage Adapters. Detachable-Cord AC to DC Adapters, IEC C14, Barrel Connection.

    IEC C8 Input and Barrel Output

    IEC C14 Input and Barrel Output

    Image of Specification. IEC C8 Input. Front orientation. IEC C8. Detachable-Cord AC to DC Adapters.
    Image of Specification. IEC C14 Input. Front orientation. IEC C14. Detachable-Cord AC to DC Adapters.

    IEC C8

    Input

    IEC

    C14

    Input

    Image of Specification. Barrel Output. Front orientation. ZoomedIn view. Contains Border. Barrel Connection. Detachable-Cord AC to DC Adapters.
    Image of Specification. Positive. Front orientation. Positive Polarity. Detachable-Cord AC to DC Adapters.

    Barrel Output

    Positive

    Couple these adapters with a cord that matches your outlet and length requirements to run DC-powered electronics. Instead of plugging directly into an outlet, the body of these adapters sits on the floor or other surface, so it remains out of the way and won’t block multiple outlets. These adapters use switching regulation—they produce the stated voltage even when your outlet’s power or the power drawn by your device fluctuates. Most have an LPS low-voltage output, so if something fails inside these adapters, they’ll limit the risk of electrical shocks. They meet U.S., Canadian, and European safety standards. Many also meet U.S. and European standards for energy efficiency.
    When choosing an adapter, match the output voltage and polarity of your device. Look for the polarity illustration on your device or the adapter you're replacing. The current you choose should, at a minimum, match your device. You can choose a higher current, but it will not improve performance.
    IEC C8—Adapters with an IEC C8 input require power cords with a C7 socket. With Class II shock protection, they have two levels of insulation that prevent electrical shocks.
    IEC C14—Adapters with an IEC C14 input require power cords with a C13 socket. They have Class I shock protection and prevent electrical shocks with a combination of insulation and a protective ground.
    Output Connection
    Input Connection
    Voltage,
    V DC
    Current,
    amp
    Polarity
    End ID,
    mm
    End OD,
    mm
    End
    Shape
    Electrical
    Connection
    Voltage, V AC
    Current,
    amp
    End
    Shape
    Lg.,
    ft.
    Shock Protection
    Class
    Electrical Protection Type
    Color
    Each
    IEC C8 Input × Barrel Output
    151.3Positive2.15.5StraightStraight Blade120, 2400.5Straight5IIOvercurrent, Overvoltage, Short CircuitBlack3824N11000000
     
    IEC C14 Input × Barrel Output
    151.3Positive2.15.5StraightStraight Blade120, 2400.5Straight5IOvercurrent, Overvoltage, Short CircuitBlack3824N10400000
     

    Diode Assortments

    Control voltage and current in circuits with a variety of diodes.
    Standard, Schottky, and Zener Diodes
    Image of Product. Front orientation. Diodes. Diode Assortments, Standard Diode.
    Standard diodes keep the current in a circuit flowing in one direction. Use them to manipulate signals or to protect your circuit from reverse currents, such as those created when a motor stops or slows down.
    Schottky diodes have faster switching speeds than other diodes, so they’re used to channel current in a single direction in circuits that switch frequently. They’re often found in radios and data processors.
    Zener diodes regulate voltage in a circuit. When installed in reverse, they won’t conduct current until a set voltage is reached. After that point, they maintain the same voltage. Because they provide a stable voltage, they are often used as a reference point in amplifiers and other voltage-sensitive circuits.
    Max. Voltage, V DC
    No. of
    Pieces
    Includes
    Temp. Range,
    ° F
    Each
    3.3; 3.6; 3.9; 4.3; 4.7; 5.1; 5.6; 6.2; 6.8; 7.5; 8.2; 9.1; 10; 11; 12; 13; 15; 16; 18; 20; 22; 24; 27; 30; 33; 36; 39; 40; 43; 47; 50; 100; 400; 1,0003901N4001—50V DC Standard DO-41 Diode (10 Pieces)
    1N5401—100V DC Standard DO-27 Diode (10 Pieces)
    1N4148—100V DC Standard DO-35 Diode (10 Pieces)
    1N5404—400V DC Standard DO-27 Diode (10 Pieces)
    1N4004—400V DC Standard DO-41 Diode (10 Pieces)
    1N5408—1,000V DC Standard DO-27 Diode (10 Pieces)
    1N4007—1,000V DC Standard DO-41 Diode (10 Pieces)
    1N5817—20V DC Schottky DO-41 Diode (10 Pieces)
    1N5819—40V DC Schottky DO-41 Diode (10 Pieces)
    1N5822—40V DC Schottky DO-27 Diode (10 Pieces)
    1N4728A—3.3V DC Zener DO-41G Diode (10 Pieces)
    1N4729A—3.6V DC Zener DO-41G Diode (10 Pieces)
    1N4730A—3.9V DC Zener DO-41G Diode (10 Pieces)
    1N4731A—4.3V DC Zener DO-41G Diode (10 Pieces)
    1N4732A—4.7V DC Zener DO-41G Diode (10 Pieces)
    1N4733A—5.1V DC Zener DO-41G Diode (10 Pieces)
    1N4734A—5.6V DC Zener DO-41G Diode (10 Pieces)
    1N4735A—6.2V DC Zener DO-41G Diode (10 Pieces)
    1N4736A—6.8V DC Zener DO-41G Diode (10 Pieces)
    1N4737A—7.5V DC Zener DO-41G Diode (10 Pieces)
    1N4738A—8.2V DC Zener DO-41G Diode (10 Pieces)
    1N4739A—9.1V DC Zener DO-41G Diode (10 Pieces)
    1N4740A—10V DC Zener DO-41G Diode (10 Pieces)
    1N4741A—11V DC Zener DO-41G Diode (10 Pieces)
    1N4742A—12V DC Zener DO-41G Diode (10 Pieces)
    1N4743A—13V DC Zener DO-41G Diode (10 Pieces)
    1N4744A—15V DC Zener DO-41G Diode (10 Pieces)
    1N4745A—16V DC Zener DO-41G Diode (10 Pieces)
    1N4746A—18V DC Zener DO-41G Diode (10 Pieces)
    1N4747A—20V DC Zener DO-41G Diode (10 Pieces)
    1N4748A—22V DC Zener DO-41G Diode (10 Pieces)
    1N4749A—24V DC Zener DO-41G Diode (10 Pieces)
    1N4750A—27V DC Zener DO-41G Diode (10 Pieces)
    1N4751A—30V DC Zener DO-41G Diode (10 Pieces)
    1N4752A—33V DC Zener DO-41G Diode (10 Pieces)
    1N4753A—36V DC Zener DO-41G Diode (10 Pieces)
    1N4754A—39V DC Zener DO-41G Diode (10 Pieces)
    1N4755A—43V DC Zener DO-41G Diode (10 Pieces)
    1N4756A—47V DC Zener DO-41G Diode (10 Pieces)    		-55 to 2557631N11000000

    International AC to DC Adapter Cords

    Image of Product. Adapter. Front orientation. Voltage Adapters. International AC to DC Adapter Cords.

    Adapter

    Image of Specification. AS 3112 Plug (Australia and New Zealand). Front orientation. ZoomedIn view. AS/NZS 3112. International AC to DC Adapter Cords.
    Image of Specification. BS 1363 Plug (United Kingdom ). Front orientation. ZoomedIn view. BS 1363. International AC to DC Adapter Cords.
    Image of Specification. CEE 7/16 Plug (European Union). Front orientation. ZoomedIn view. CEE 7/16. International AC to DC Adapter Cords.

    AS 3112 Plug

    (Australia and

    New Zealand)

    BS 1363 Plug

    (United Kingdom )

    CEE 7/16 Plug

    (European Union)

    Image of Specification. NEMA 1-15 Plug (North America). Front orientation. ZoomedIn view. NEMA 1-15. International AC to DC Adapter Cords.
    Image of Specification. Negative. Front orientation. Negative Polarity. International AC to DC Adapter Cords.
    Image of Specification. Positive. Front orientation. Positive Polarity. International AC to DC Adapter Cords.

    NEMA 1-15 Plug

    (North America)

    Negative

    Positive

    Swap the plug to match the outlet of the region you’re in instead of using separate cords for each country. These adapter cords convert AC voltage to power DC electronics. Designed with switching regulation, they maintain consistent voltage during power fluctuations and don’t get too hot. They meet U.S., Canadian, European, Australian, New Zealand, and Chinese safety standards.
    A limited power source (LPS) low-voltage output decreases the risk of electric shock if something fails inside these cords. Class II shock protection means they have two levels of insulation. These cords meet U.S. DOE (Department of Energy) Level VI standards for energy efficiency when they're in-use, as well as when they're plugged in but not in use.
    Choose an adapter cord with an output voltage that matches the voltage of your device. The polarity of the adapter cord and your device must also be the same. Look for the polarity illustration on your device or the adapter cord you’re replacing and pick a cord to match.
    Output Connection
    Input Connection
    Negative
    Polarity
    Positive
    Polarity
    Electrical
    Connection
    Voltage,
    V DC
    Current,
    amp
    End ID,
    mm
    End OD,
    mm
    End
    Shape
    Electrical
    Connection
    Voltage, V AC
    Current,
    amp
    End
    Shape
    Lg.,
    ft.
    Electrical Protection
    Type
    Color
    Each
    Each
    AS/NZS 3112, BS 1363, CEE 7/16, × NEMA 1-15 Plugs
    Barrel151.62.15.5StraightStraight Blade120, 2400.890° Elbow5Overvoltage, Short CircuitBlack3574N390000003574N37000000
    Barrel151.62.55.5StraightStraight Blade120, 2400.890° Elbow5Overvoltage, Short CircuitBlack3574N41000003574N3800000
     

    Voltage-Stabilizing Diodes

    Image of Product. Front orientation. Diodes. Voltage-Stabilizing Diodes.
    Power sections of a circuit with a specific voltage. Also known as Zener diodes, these diodes are often used as a reference point in amplifiers and other voltage-sensitive circuits. When installed in reverse, they won’t conduct current until the reverse breakdown voltage is reached. After that point, they maintain the same voltage.
    Reverse Breakdown Voltage—Reverse breakdown voltage is the voltage at which a reversed current will break through the diodes’ internal electrical barrier and flow backward.
    Forward Voltage Drop—Forward voltage drop is the amount of voltage used up while current flows across diodes.
    Electronic
    Component Trade
    Max. Voltage,
    V DC
    Reverse Breakdown
    Voltage, V DC
    Forward Voltage
    Drop, V DC
    Max. Current,
    amp
    Power Dissipation,
    W
    Size
    No.
    Wire
    Dia.
    Temp. Range,
    ° F
    Pkg.
    Qty.
    Pkg.
    1511.41.20.21DO-41G1N4744A0.034"-85 to 390257633N2800000
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