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    20Pack 10K Ohm Resistor Network Array, 1/8W 7P 2.54mm Bussed Type 5% Tolerance

    20Pack 10K Ohm Resistor Network Array, 1/8W 7P 2.54mm Bussed Type 5% Tolerance 20Pack 10K Ohm Resistor Network Array, 1/8W 7P 2.54mm Bussed Type 5% Tolerance 20Pack 10K Ohm Resistor Network Array, 1/8W 7P 2.54mm Bussed Type 5% Tolerance
    What is this?
    A thick-film resistor array is a combination of several resistors. One end of all resistors shares a common connection. Bus-type configuration is commonly used for pull-up, pull-down, or logic signal interrupt termination.

    What will I get?
    Model No.: A103J
    Resistance: 10K Ohm
    Tolerance: ±5% (J)
    Rated Power: 1/8W
    Max. Working Voltage: 200V
    Pin Type & Pin Pitch: SIP-7 & 2.54mm
    Size: 17.5 x 2 x 8.7mm (0.69" x 0.08" x 0.34")
    In the package of: 20Pack x 10K Ohm Resistor Network Array

    Is there any advantages of the product?
    High-DensityIntegrationand Reliable Design— 5 resistors on a single chip, supporting miniaturization and high-density integration, reducing the need for PCB traces.Provides stable electrical performance and high reliability, suitable for long-term use.
    Versatile And User-Friendly— Helps simplify circuit design and PCB layout, a practical tool for electronics enthusiasts and engineers.

    How to use it?
    The working principle of a resistor array is based on the series and parallel connection of resistors. Through internal connections, a resistor array can achieve different combinations of resistors to meet different resistance value requirements in a circuit.

    What should I notice?
    Before purchasing, please ensure that the size and specifications are suitable for your equipment.
    Hot Item
    • 1.We accept eBay payment .
    • 2.Payment must be received within 7 business days of auction closing.
    • 1.We ship to your eBay or Paypal address. Please make sure your eBay and Paypal address is correct before you pay.
    • 2.Items will be shipped within 1-3 business day when we received payment.
    • 3.Delivery time depends on destination and other factors.

      20Pack 10K Ohm Resistor Network Array, 1/8W 7P 2.54mm Bussed Type 5% Tolerance

      20Pack 10K Ohm Resistor Network Array, 1/8W 7P 2.54mm Bussed Type 5% Tolerance
      What is this?
      A thick-film resistor array is a combination of several resistors. One end of all resistors shares a common connection. Bus-type configuration is commonly used for pull-up, pull-down, or logic signal interrupt termination.

      What will I get?
      Model No.: A103J
      Resistance: 10K Ohm
      Tolerance: ±5% (J)
      Rated Power: 1/8W
      Max. Working Voltage: 200V
      Pin Type & Pin Pitch: SIP-7 & 2.54mm
      Size: 17.5 x 2 x 8.7mm (0.69" x 0.08" x 0.34")
      In the package of: 20Pack x 10K Ohm Resistor Network Array

      Is there any advantages of the product?
      High-DensityIntegrationand Reliable Design— 5 resistors on a single chip, supporting miniaturization and high-density integration, reducing the need for PCB traces.Provides stable electrical performance and high reliability, suitable for long-term use.
      Versatile And User-Friendly— Helps simplify circuit design and PCB layout, a practical tool for electronics enthusiasts and engineers.

      How to use it?
      The working principle of a resistor array is based on the series and parallel connection of resistors. Through internal connections, a resistor array can achieve different combinations of resistors to meet different resistance value requirements in a circuit.

      What should I notice?
      Before purchasing, please ensure that the size and specifications are suitable for your equipment.
      Hot Item
      • 1.We accept eBay payment .
      • 2.Payment must be received within 7 business days of auction closing.
      • 1.We ship to your eBay or Paypal address. Please make sure your eBay and Paypal address is correct before you pay.
      • 2.Items will be shipped within 1-3 business day when we received payment.
      • 3.Delivery time depends on destination and other factors.