GSTJC6U-OR

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Modular connectors have found application in a wide variety of technological build systems, from communication equipment to power supplies, and one example that stands out from the crowd is the GSTJC6U-OR connector. This component is considered a jack and is used for a variety of connecting purposes, mainly in the field of telecommunication protocols.

The GSTJC6U-OR jack is a permanently connected component, usually found in a six-pin configuration. It is typically used in the telecommunication industry, as it provides a secure and reliable connection to fields such as LAN (local area network) and WAN (wide area network).

The key components of this jack include the housing, which is made of robust, strong materials such as plastic or ceramics, and the pins, which are protected from accidental damage by the housing. The size of the jack also ensures that the pins are well protected and that the appropriate connection is secure.

In terms of performance, the GSTJC6U-OR has a working voltage of 250V, a 5 Amps/contact connection current and a temperature range of -25°C to 70°C. In terms of impedance, it is rated for nominative 50 Ohms, and also provides a level of EMI/RFI protection.

The GSTJC6U-OR jack also has other important features such as a gold plated surface, which helps to prevent oxidation and corrosion, and therefore ensures a stable and reliable connection. Additionally, the jack is also able to prevent crosstalk between pins, and is able to withstand mechanical shocks and vibration due to its robust construction.

The working principle of the GSTJC6U-OR jack is relatively simple - electric current is routed through the pins of the jack and is then distributed to the connected device. This means that the device is powered up and able to receive and send data or control signals over the network.

In summary, the GSTJ6U-OR jack is a reliable and robust component used mainly in the field of telecommunications. It provides a secure and reliable connection for phones and computers and is able to withstand mechanical shocks and vibration, thanks to its robust construction. Additionally, it is able to prevent crosstalk between pins, and is Gold plated to help protect against oxidation and corrosion. Its working principle is relatively simple - electric current is routed through the pins and is then distributed to the connected device.

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