10091836-U0J-60B Datasheet/PDFThe 10091836-U0J-60B is a specialized type of backplane connector. It is designed to provide increased data and power capability and demonstrates excellent signal integrity for high speed data transfer. This technology can be found in a range of industries such as aerospace, medical, industrial, instrumentation, networking, telecoms, and more.
Overview
The 10091836-U0J-60B is manufactured using high-precision automated processes to ensure quality and reliability. This specialized backplane connector provides up to 20 Watts of power along with 50μm of signal immunity. It is designed to support high-speed digital configurations and is RoHS compliant. It also supports a wide range of temperature and mechanical stability, making it suitable for a variety of applications.
Features
The 10091836-U0J-60B comes with a range of features to make it suitable for a range of applications:
- 20 Watts of Power.
- 50 μm Signal Immunity.
- Supports High-speed Digital Configurations.
- RoHS Compliant.
- High-Precision Automated Process.
- Supports a Wide Range of Temperature.
- Improved Mechanical Stability.
Application Fields
The 10091836-U0J-60B is suitable for use in a range of application fields. It is ideal for use in aerospace and medical applications, as these two industries require high precision and reliability. This backplane connector is also suitable for use in industrial, instrumentation, networking, and telecoms applications.
Working Principle
The 10091836-U0J-60B is designed to provide high-speed data transfer and increased power capability. It works by transferring power and data through a series of pins that are connected to a printed circuit board. This allows for a secure and reliable connection. The signal is then transmitted through the pins to the appropriate destination.
Conclusion
The 10091836-U0J-60B is a specialized backplane connector that is designed to provide increased power and data transfer capability. It is suitable for use in a range of applications, such as aerospace, medical, industrial, instrumentation, networking, and telecoms. It works by transferring data and power through a series of pins that are connected to a printed circuit board. This ensures a secure and reliable connection.