61588-1 Connectors, Interconnects

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 61588-1 standard is a digital communications and networking standard used in a variety of professional and consumer electronic products. The standard is specified in two documents, 61588-1 Part A and 61588-1 Part B. This standard is intended to facilitate the interconnection of digital communication and networking equipment using standard mechanical, electrical, and data communication requirements.

The 61588-1 application field is the field in which digital and analog transmission systems, video, data, and electrical networks are interconnected. This includes a wide range of applications, such as digital audio, digital video, satellite communications, cable television, radio frequency (RF), cellular networks, high-speed local area networks, digital data transmission, and other digital and analog communication and networking technologies. The 61588-1 standard is specified with a number of important considerations, such as digital signal strength and electrical characteristics.

The 61588-1 standard defines a wide range of electrical connections between digital communication systems and their associated electrical networks. This includes various types of contacts and connectors, such as coaxial, twinax, and triaxial cables, as well as the connectors used to interconnect these devices. Additionally, the standard specifies the appropriate electrical and mechanical parameters used for these connections. These parameters are used to ensure proper performance of the system.

One of the most common types of connections made under the 61588-1 standard is the use of ring connectors, also known as two- or three-pole connectors, for the interconnection of analog audio, digital signal, and data transmission networks. This type of connection includes a central contact or pin that is surrounded by an annular ring, as well as a protective sleeve that encircles the central contact and the annular ring.

The working principle of a ring connector is based on the fact that the central pin is electrically connected to its respective annular ring. This connection can be either direct or through the use of a metallic transfer medium, such as a solder joint or bus bar. Once the metallic medium is incorporated into the connection, the electrical contact between the pin and the annular ring is established. This connection creates an electrical link and enables an electrical signal or power supply to be transmitted between the two components.

The ring connector can be used on virtually any type of electrical or digital system, including digital and analog audio devices, digital video cameras, cellular phones, and personal computers. Additionally, the connector can be used in combination with various types of signal transfer cable, such as coaxial and twinax cables, as well as device-specific cables, such as USB, FireWire, and HDMI.

In order to ensure maximum electrical connectivity and dependability, it is important to select and install the right type of ring connector. This includes selecting the appropriate conductor configuration and the appropriate type of metallic medium for the connection. Additionally, it is also important to follow the recommended installation and application procedures outlined in the 61588-1 standard.

The specific data is subject to PDF, and the above content is for reference