896-43-005-00-100001

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USB, DVI and HDMI connectors are all used to connect external devices to each other in order to transmit and receive digital and audio data. These connectors are frequently used in consumer electronics, such as computers, and are designed to ensure compatibility among the devices.

USB stands for Universal Serial Bus, and it is the most commonly used device connection system. USB connectors are designed to be easy to use and are relatively small. USB cables are frequently used to transmit data and power to all types of computer peripherals, including keyboards, mice and external hard drives. USB cables are also used to transfer data between computers. USB connectors come in several types, including Type A, Type B, Mini, and Micro.

DVI stands for Digital Visual Interface. DVI connectors are used for digital connections between computers and monitors. DVI cables carry an analog video signal, which is a representation of a given video signal in a form that can be transmitted across any type of electrical cable. DVI connectors are used to carry high-resolution video signals, up to 1920x1080, but can also support lower resolutions. DVI connectors come in several varieties, including DVI Single Link, DVI Dual Link, and DVI Mini.

HDMI stands for High Definition Multimedia Interface. HDMI connectors are used for transmitting high-definition digital video signals between compatible devices. HDMI cables are capable of carrying high-resolution video, along with digital audio signals, across a single cable. Most devices with HDMI ports are compatible with each other, although some older and more specialized devices are not. HDMI connectors come in different varieties, including Type A, Type B, Mini, and Micro.

896-43-005-00-100001 application field and working principle is a connector that is used for analog signals in the automotive industry. This connector is designed for connecting cameras and other imaging and audiovisual devices to vehicles. It is a two-way connector that is made up of two halves, each pin in the socket correspondingly connects to each half. The connector has a spring-loaded locking feature to ensure that it is firmly held in place and that it won\'t come loose during operation.

This connector features two sets of contact shields on each half of the connector for improved system integrity and EMC compliance. It has 10 pins in total, 5 each for ground and power connections as well as 5 pins for signals. The two ground pins and the power pins are arranged in a staggered pattern to reduce crosstalk and interference. The signal pins are also arranged in a staggered pattern to reduce crosstalk and improve signal integrity. It is also designed with a lid and spring-loaded latch mechanism for improved security and durability.

Overall, 896-43-005-00-100001 application field and working principle is a connector that is designed to provide a reliable connection in automotive applications. It has been designed with the goal of providing improved system integrity, EMC compliance, and signal integrity. It is a reliable and durable connector that is designed for use in a wide range of applications, including cameras, audio-visual equipment, and other imaging devices.

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