H5BXT-10102-V2

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

Jumper Wires are connectors used to link two circuit boards together in an easy and cost effective manner. They are often used in applications that require a quick connection or where it is not possible to solder connections. H5BXT-10102-V2 is a type of Jumper Wire specially designed for telecom and voice applications.

The H5BXT-10102-V2 is a polyester-insulated, flat flexible ribbon type wire designed to provide a reliable connection for high speed semi-conductor circuits. It has an operating temperature range of -40°C to +105°C and a rated voltage of 30V. It also has a dielectric strength of 300V/mil and a maximum current rating of 1A.

The H5BXT-10102-V2 is commonly used in telecom and voice applications to provide an easy and cost effective interconnection. It is particularly well suited for use in voice and data networks since it has high flexibility, long flex life and a low insertion force. The flat flexible design also allows for cable routing through restricted spaces and it is ideal for applications where space is limited such as in wall mounted systems.

The H5BXT-10102-V2 has several special features that make it a better choice than other types of Jumper Wires. It has high vibration and corrosion resistance and is also resistant to shock, chemicals and flame. The gold plated contacts provide superior electrical contact and the twisted pair construction of the wires gives it excellent signal integrity.

The working principle of the H5BXT-10102-V2 is simple. It connects two different conductors on two different circuit boards. One end of the wire is connected to the positive terminal of one circuit while the other end is connected to the negative terminal of the other circuit. The connection is established when the wires touch and the electricity is able to flow through them. By connecting two circuit boards in this way, signals can be transferred between the two boards at varying speeds, depending on the type of wire used. Additionally, the flexibility of the wires makes them ideal for use in tight spaces and allows for cable routing in restricted areas.

Pre-Crimped Leads are a type of connector used to quickly and easily connect two boards together. As the name suggests, these connectors are pre-crimped with the necessary insulation and contacts to make the connection and require no additional wiring. They are found mostly in telecommunications and other specialized applications that require quick connections. Pre-Crimped Leads are easy to use and require no soldering.

H5BXT-10102-V2 Pre-Crimped Lead type connectors are typically used in applications such as voice and data networks and high speed interconnects. They are a great choice when space is limited as they offer superior flexibility and long flex life. The gold plated contacts provide trusted electrical contact integrity and the twisted pair construction helps to minimize signal loss. The insulation helps to protect against corrosion and shock and makes them suitable for use in a wide range of temperatures.

The working principle of these types of connectors is simple. Pre-Crimped Leads are typically fastened with either a crimping tool or a soldering iron. Once they are secured in place, they can be used to connect two circuit boards together. The insulation prevents the current from leaking out and their flexibility allows for cable routing in tight spaces. With Pre-Crimped Leads, it is possible to connect two circuit boards quickly and securely without the need for additional wiring.

H5BXT-10102-V2 Jumper Wires and Pre-Crimped Leads are essential components of any interconnecting circuit. Their advantageous features make them ideal for use in voice and data networks, interconnects and other high speed applications. Together with their easy installation and long durability, these types of connectors are sure to be found in a variety of applications.

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