100-220-101-102

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

Backplane connectors, such as 100-220-101-102, are a type of electrical interface device utilised as a permanent connection for the interconnection of circuitry on printed circuit boards. A backplane is typically used for the high-speed communications of large amounts of data on a board. The 100-220-101-102 backplane connector is made up of two components: a primary contact and a secondary contact. It offers the following advantages when compared to other types of connectors:

Higher Transfer Speed and Accuracy

The 100-220-101-102 backplane connector features a higher transfer speed and accuracy compared to other connector types due to the fact that it uses an improved pin design that reduces the amount of electrical noise and crosstalk that can interfere with high-speed data transfer. With this connector type, data can be transferred at high speeds and with accuracy.

Widely Available

The 100-220-101-102 backplane connector is widely available in both onlinel & brick-and-mortar stores. This makes it easy to find, purchase, and install. The connector is also commonly used in many different types of applications, ranging from industrial computers to consumer electronics, and is available in a variety of form factors, such as Right Angle, Straddle Mount, and Surface Mount, allowing the connector to be used in a variety of different scenarios. Additionally, it is easy to integrate with existing systems, as it is compatible with many different types of cables and connectors.

Cost-Effective

The 100-220-101-102 backplane connector is a cost-effective solution for many applications. The connector is designed for high-volume production and comes with a range of different prices, making it possible to find a model that fits within the desired budget range. The cost-effectiveness of this connector type also makes it ideal for applications that require a high-speed connection but have a limited budget.

Reliability

The 100-220-101-102 backplane connector is highly reliable and durable, with strong contact designs that prevent the connection from corroding or losing its performance over time. Additionally, these connectors offer good protection from environmental factors, such as temperature and humidity variations. This makes them ideal for a variety of applications, including those in harsh or extreme environments.

Application Field

Backplane connectors are widely used in a variety of different application fields, including telecommunications, computer equipment, military and aerospace systems, medical equipment, and consumer electronics. These connectors are typically used in applications that require high Bandwidth for the transmission of data over long distances and with accuracy. Additionally, the connector can be used for power distribution and as a way to interconnect PCBs or boards.

Working Principle

The 100-220-101-102 backplane connector works by transferring electrical signals through the contact pins. This is done by creating electrical relays that use one of two methods of transmission: differential signalling or single-ended signalling. With differential signalling, the voltage between two pins or points is used to transmit information, while with single-ended signalling, a voltage difference between one pin and a ground reference is used. To complete the signal transfer, the contacts must be configured in the correct orientation and at the correct distance.

The 100-220-101-102 backplane connector is a versatile connectivity solution that is used in a variety of application fields and is highly reliable and cost-effective. The connector provides high transfer speeds and accuracy, is widely available, and is easy to integrate with existing systems. In addition, it offers strong contact designs for reliable performance in harsh or extreme environments. This makes it an ideal connector to use for a variety of applications.

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