0039000181-12-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

Using jumper wires, pre-crimped leads, or 0039000181-12-V2 can improve overall performance and remove the need for extra wiring in a device. The application field and working principle of 0039000181-12-V2 will be discussed here.

What is 0039000181-12-V2?

0039000181-12-V2 is a type of cable with a high speed communication connection. It is a plug and play cable that can be used in a variety of different applications, and is commonly used in electrical and communications systems. The 0039000181-12-V2 cable is also known as a flat ribbon cable because of how it is lain out; its structure is similar to that of a flat ribbon or colored wires being arranged in a single line.

Application Field of 0039000181-12-V2

The 0039000181-12-V2 cable is widely used in the fields of data communication, wireless communication, and digital signal processing. These cables are most often used as interconnections between electronic components, such as in the case of computers and cellular phones. They can also be used in medical equipment and engineering fields, and are ideal for use in communications networks due to their high-speed transmission rates.

The 0039000181-12-V2 cables are also used in the audio-video fields, which is well known for the use of this type of technology. This cable can provide low attenuation for line level signals and good shielding for surround sound systems. Additionally, the 0039000181-12-V2 cables are also used in military and industrial applications for multiple data transmission.

Working Principle of 0039000181-12-V2

The working principle of the 0039000181-12-V2 cable is based on its two components, namely the two ends connected to the electronic equipment. The first component is the insulation, which provides electrical isolation between the two components. The second component is the connector, which provides secure connection between the two components. It also ensures that no electrical signal escapes through the cable. The 0039000181-12-V2 cables have a copper mesh core that acts as a shield, which is covered by an outer layer of PVC insulation.

The 0039000181-12-V2 cable is also covered with a shield layer that helps to reduce the amount of interference caused by external electrical fields. This shield layer ensures improved signal integrity between two end points, and helps to prevent any electrical interference or noise from corrupting the data. The 0039000181-12-V2 cable also has a twisted-pair design that helps to reduce crosstalk, which is a process of two electrical signals interfering with each other. This twisted-pair design also helps to improve the noise immunity of the cables.

Advantages of Using 0039000181-12-V2

The 0039000181-12-V2 cables are used for a variety of applications due to their high speed and reliable data transmission, which outperform standard cables. The use of this cable results in lower energy consumption, higher temperature resistance, and better signal quality. The 0039000181-12-V2 cables also offer higher flexibility and easier installation than other types of cables.

Moreover, the 0039000181-12-V2 cable is designed for multiple insertion and removal cycles, meaning that it can be interchanged as needed. The 0039000181-12-V2 cables are also less expensive than other types of cables, and can be easily customized according to customer needs.

Conclusion

The 0039000181-12-V2 cable is a powerful and versatile communication cable that can be used in a wide variety of applications. Its two components, insulation and connector, provide electrical isolation and secure connection for data transmission. The cable also offers improved signal integrity, better noise immunity, and flexibility, and it can easily be customized according to customer needs. All these features make the 0039000181-12-V2 cable a preferred choice over other types of cables.

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