1-146133-3 Datasheet/PDFRectangular connectors are widely used in electronic and communication applications and can be divided into two main classes, headers and male pins. 1-146133-3 is one of the header connectors which is widely applicable.
1-146133-3 Application Field
1-146133-3 is a 2mm header connector suitable for a variety of applications, such as circuit board designs, wire harness assembly, packaging, instrumentation, etc. It consists of 2 rows of 6 pins which are used to form an electrical connection between two components. This connector is commonly used in electronics such as medical devices, industrial, automotive, consumer electronics, and more. In addition, 1-146133-3 can be used in applications such as appliances, computers, displays, cameras, and other devices.
1-146133-3 Working Principle
1-146133-3 is a two-row header connector that uses a two-piece structure to form an electrical connection between two components. Each of the two rows consists of 6 male pins, one mounted on each side of the connector. The two mating components are connected together by inserting the male pins into mating female sockets located on the mating component. These pins can then be securely held in place by locking them into place with a locking clasp. Once the pins have been locked into place, the electrical connection is made and can then be used to transmit current or data.
The 1-146133-3 is designed to be able to handle many different types of current, such as high-frequency, low-voltage, medium-voltage, high-voltage, and power loads. It is also capable of dealing with different levels of wear and temperature fluctuations, which ensures it is durable and reliable. The 1-146133-3 is also designed to be used in a variety of environments, including extreme temperatures, and is also designed to provide signal strength, provide superior electrical performance, and is also designed to be easy to install and use.
Conclusion
1-146133-3 is a two-row header connector that is widely applicable and is designed to be easy to use, reliable, and durable. It is capable of handling a variety of current types and is also designed to withstand extreme temperatures and provide signal strength. It is commonly used in a variety of electronic applications due to its high quality and excellent performance.