GZC19SBSN-M89

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The GZC19SBSN-M89 is a type of rectangular connector used in high production volume fields, such as transportation and engineering applications. It is a two-piece connector with a header and male pins. The header is rectangular and has three rows of contact points with a total of twelve available contact points. The male pins are typically soldered onto the board rather than directly mounted, allowing for greater flexibility and increased durability.

The GZC19SBSN-M89 is primarily used in applications that require a quick and secure connection. This makes it a popular choice for use in automotive, aerospace, and medical fields. The two-piece construction also allows for increased flexibility in the placement of the pins. The pins can be arranged in a variety of patterns, giving the user the ability to tailor the connections to meet their specifications. Additionally, the pins are designed to be low profile, allowing for easy installation in tight spaces.

In order for the GZC19SBSN-M89 connector to function properly, it must be attached to the PCB correctly. This is done by soldering the male pins, the header, and the ground terminals to the PCB. The pins are then carefully aligned and inserted into the respective holes. Once in place, the pins are soldered and secured.

When it comes to the working principle of the GZC19SBSN-M89 connector, it relies on a three-contact connection. There are three electrical contacts on the header; one is connected to the control signal line, one is connected to the power line, and the last is connected to the ground. The header contact points are then connected to the male pins, so that when the pins are inserted, the contacts are also connected. This creates a three-way electrical connection between the contact points on the header and the male pins.

The GZC19SBSN-M89 connector is a great choice for high-volume applications, as it provides a secure and reliable connection. Additionally, its flexibility in terms of placement of the male pins, as well as its low-profile design makes it a popular choice for use in tight spaces. Its working principle relies on a three-contact connection, which is essential for many applications across various fields.

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