0845250009-08-W9-D

Jumper Wires

Jumper wires, also known as jumper cables, are cables designed for electronic prototyping, test and measurement, and education. These jumper wires are used to connect certain components of a project together. Jumper wires are composed of a male or female connector on each end, and each pair is usually of the same type. Different lengths of wires are available, the most common lengths being 2, 4, and 6 inches. The inner conductor is typically composed of copper and is usually stiff and durable.

Pre-Crimped Leads

Pre-crimped leads are connectors designed for attaching to wire leads and interconnecting components inside electrical and electronics equipment. These wires are pre-crimped with tin-plated copper wire insulation that is crimped, soldered, screwed, or clamped down. The ends of the wire are generally covered in a translucent plastic or rubber insulation to prevent short circuits. The typical lengths of these pre-crimped leads range from 2 to 6 inches.

0845250009-08-W9-D Application Field and Working Principle

The 0845250009-08-W9-D jumper wire is a standard ribbon cable assembled with 8 pins with a 9 inch lead length. It is typically used in various circuits related to general control systems, measuring and testing systems, radiotelephones, and personal computers. Its application field includes computers, household electrical appliances, communications, industrial equipment, and automobiles.

The 0845250009-08-W9-D jumper wire consists of a Teflon-coated, tinned-copper outer conductor and a stranded copper center core for good electrical conductivity. It features high flexibility and can easily reach a maximum angle of 90 degrees without breaking. This wire also has a low resistance surface contact which helps reduce the power consumption of the circuit. In addition, its insulated outer layer provides insulation protection, making it suitable for electrical applications.

The working principle of the 0845250009-08-W9-D jumper wire is simple. The wire forms a bridge between two connections, and direct current will flow between the two connections. This direct current flow is what powers the equipment or systems to operate as intended. Additionally, the wire can also be used for signal transmission, such as transmitting sensor data or control signals via the wire.