OEM uln2003an Manufacturers

Introducing the ULN2003AN, a high-voltage, high-current Darlington transistor array designed for applications such as relay drivers, stepper motor drivers, and other high-power switching applications. Manufactured by leading OEM suppliers, this ULN2003AN provides superior performance and reliability, making it an ideal choice for a wide range of industrial and consumer electronics applications. With seven open-collector Darlington pairs, the ULN2003AN can handle load voltages of up to 50V and continuous output currents of up to 500mA per channel. Its integrated clamp diodes are also able to protect the array from inductive kickback. Additionally, the ULN2003AN features a common emitter configuration, making it easy to interface with a wide variety of microcontrollers and logic systems. Trusted by industry professionals for its quality and dependability, the ULN2003AN from our OEM suppliers is the perfect choice for your high-power switching needs.

banner

Hot Products

View More
  • CT3261

    CT3261

  • EM2630-12#

    EM2630-12#

  • CT2436-100-9

    CT2436-100-9

  • CT2426-200-0

    CT2426-200-0

  • CT2984-200-6

    CT2984-200-6

  • CT2424-100-2

    CT2424-100-2

  • CT3262

    CT3262

  • CT2423-200-0

    CT2423-200-0

  • CT2432-200-4

    CT2432-200-4

  • EM4970-72#

    EM4970-72#

  • CT2436-200-9

    CT2436-200-9

  • CT2435-200-4

    CT2435-200-4

Related Blogs

  • 2024 / 09 / 05

    Six key steps in chip manufacturing

    How are these chips made and what are the key steps? The process of manufacturing chips......

    Six key steps in chip manufacturing
  • 2024 / 07 / 02

    What is the current status of China's chip industry?

    Seven major areas of the chip industry: design, wafer manufacturing, packaging, testing, EDA tools, chip......

    What is the current status of China's chip industry?
  • 2024 / 07 / 02

    Behind ChatGPT: chip

    ChatGPT fever has swept the world. ChatGPT (Chat Generative Pre-trained Transformer) is a dialogue ......

    Behind ChatGPT: chip