H3BBT-10104-Y4

Jumper Wires, Pre-Crimped Leads are often used in electronic circuits to produce and deliver electricity. The H3BBT-10104-Y4 is a version of a particular jumper wire and pre-crimped lead product that is commonly used in many applications. This article will discuss the application fields for the H3BBT-10104-Y4 and the corresponding working principles.

Application field for H3BBT-10104-Y4

The H3BBT-10104-Y4 is a 0.21 mm² single core jumper wire with a 4 mm pitch that is often used in situations where a relatively low voltage and current is being used. It is specifically designed for use in low voltage circuitry such as DC power supplies. It also finds application in signal wiring and other similar circuits.

The product also features a flame retardant insulation which makes it suitable for use in more hazardous situations. This means that the H3BBT-10104-Y4 can safely be used in applications that may be exposed to fire, meaning it can be used in vehicles and industrial settings. The product is also designed with a high temperature range and offers a high degree of resistance to abrasive and electromagnetic interference.

In addition to its usage in low voltage electrical applications, the H3BBT-10104-Y4 is also commonly used in the construction of robots. This is due to its flexibility and its resistance to abrasion, which makes it easy to connect various parts of a robotic arm. Its low voltage characteristics also make it suitable for use in mobile robots where low power consumption is necessary.

Working Principle of H3BBT-10104-Y4

The working principle of the H3BBT-10104-Y4 is based on the principle of conductivity. The product is composed of a stranded copper wire that is surrounded by a PVC insulation material. Due to the high conductivity of the copper wire it allows for the efficient transmission of electricity, which is essential in a variety of applications.

The insulation material protects the copper wire from damage or corrosion and ensures that the current will flow safely and efficiently. The insulation also provides the H3BBT-10104-Y4 with its flexibility and allows it to be used in a variety of applications. The product is also designed to be able to withstand extreme temperatures and abrasion, which ensures its durability and reliability in varied conditions.

The H3BBT-10104-Y4 is designed to be highly resistant to vibration and shock, making it suitable for use in scenarios where such conditions may be present. Its low voltage characteristics and resistance to abrasive and electromagnetic interference also make it an ideal product for a variety of electronics related applications.

Conclusion

In conclusion, the H3BBT-10104-Y4 is a version of a jumper wire and pre-crimped lead product that is often used in many applications. It has a 0.21 mm² single core jumper wire with a 4 mm pitch and is characterized by its low voltage, flame retardant insulation, high temperature range, high degree of resistance to abrasive and electromagnetic interference, flexibility, and resistance to abrasion. The product is suitable for use in low voltage and signal wiring circuits, robots, hazardous situations, and mobile robots. Its working principle is based on the principle of conductivity and is designed to withstand extreme temperatures, abrasion, vibration, and shock.