Modular Connectors – Plugs
Modular connectors - plugs — commonly referred to as a modular plug — are an essential part of any digital system. These components enable two devices to be linked quickly and securely. Whether you are talking about telecommunications cabling, set top boxes, or any other form of data transmission, modular plugs are a key component. Here we will look at 1419001 application field and working principles.
1419001 Application Field
The specific dimensional and design details of the 1419001 modular plug depend on the application. These types of plugs are intended for use in an extremely wide array of applications. The 1419001 is a telecommunications plug intended for two-directional transmission of data. The connector is primarily used in situations where short and in-depth data-transmission is required in a cost-effective way, such as to link up the interior working of telephones, modems, cable networking, and other such devices.
1419001 Working Principle
The working principle behind the 1419001 plug is quite simple: two evenly spaced channels allow data to flow in both directions. The channels are separated by a dielectric material and uses a repeating principle to join up a matching plug that has been pre-wired. Once connected, the two plug parts combine to create an insulating layer against the environment. The resulting link is secure, safe, and efficient.
This modular plug works to ensure a secure connection while also keeping electical interference and other external factors to a minimum. The two-wire set up is designed to maintain signals running at data speeds up to 128 Mbps. The 1419001 can also be used in voice applications. This type of connector can be used at frequencies between 10 Hz and 100 kHz, making it ideal for a variety of uses.
Conclusion
The 1419001 modular plug is an essential part of any digital system. It is designed for use in a wide array of applications, ranging from telecommunications cabling to set top boxes and any other form of fast data transmission. Its working principle is relatively simple, providing two channels connected by a dielectric material and using a repeating principle to join up with a matching pre-wired plug. The two-wire set up is designed to maintain data speeds up to 128 Mbps and is suitable for voice applications with frequencies between 10 Hz and 100 kHz.