H5BBT-10103-A7

Jumper Wires

Jumper wires are used to connect different components on a circuit board, in various research or hobby projects. They come in variety of sizes and materials, and can be used with many different types of connections on the board, including pins, surface mount technology, through hole and ultra-fine pitch. The most common type is the flat ribbon style, which is used to join two points together on the board, often on opposite sides of the PCB (Printed Circuit Board). This style is made of flexible rubber, plastic or silane-coated metal layers that are usually found in black or white color.

The H5BBT-10103-A7 Jumper wires are one of the most popular varieties among the hobbyist and research communities. This type of jumper wire is composed of a 7-pin header and a specially designed flex connector. It offers superior flexibility, enabling the user to connect components on the board in tight spaces or hard to reach areas. Made of high-quality insulated copper wire, these H5BBT-10103-A7 jumper wires are designed to effectively handle up to 1000V and up to 12A of current – giving them an even higher electrical and thermal shock resistance than others in the market.

Pre-Crimped Leads

Pre-crimped leads are electrical connection leads that have been pre-crimped onto the ends of a wire. They are widely used in the electronics industry to quickly and easily connect components and electrical components together. Pre-crimped leads are made up of highly durable and conductive materials, such as copper, aluminum or silver, and feature a universal connection. This is designed to allow for simple plug and play installation of components to an electrical or electronic device. The universal connection is usually a two-piece insulated male/female connection, although some are three-piece in design.

The H5BBT-10103-A7 Pre-crimped leads offer a perfectly crimped connection for a lasting electrical and mechanical connection. The copper construction and special insulation material make them extremely durable and able to withstand thousands of connections. The leads have been designed to be compatible with a variety of applications, including but not limited to automotive, consumer, commercial and industrial purposes.

Working Principle

Both jumper wires and pre-crimped leads are designed to provide an electrical connection between two points. The jumper wire is generally used to bridge two points on the PCB (Printed Circuit Board), while the pre-crimped lead is designed to connect an electrical component to the board.

To make a connection, the two components involved are first placed in the appropriate slots on the board. Once connected, the electrical connection is made by connecting the two ends of the pre-crimped lead, or the jumper wire, and attaching them to the terminal pins or components.

The H5BBT-10103-A7 Jumper wires and Pre-Crimped leads offer a reliable and durable connection that is designed to guarantee a lasting electrical connection. In addition, the special insulation material and copper construction of these connection leads make them suitable for high voltage and high current applications.

Application Field

The H5BBT-10103-A7 Jumper wires and Pre-Crimped leads are designed to be used for a wide variety of applications. They are commonly used in automotive, consumer, commercial and industrial applications that require an electrical connection between two components on a PCB (Printed Circuit Board).

In automotive applications, these connection leads are designed to connect various sensors, mapping devices and other components to the main board. They are also frequently used in consumer applications, such as gaming consoles, mobile phones, and televisions, where a reliable electrical connection must be ensured. In industrial applications, they are used to connect different components in various types of machines and equipment.

Overall, the H5BBT-10103-A7 Jumper wires and Pre-Crimped leads offer a reliable, high-quality electrical connection that is designed to ensure a lasting, secure connection between two components on a PCB (Printed Circuit Board).