TRM-2013-F0-SMA-07

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Coaxial connectors (RF) – terminators are specialized electrical connectors used in various applications in which radio frequency (RF) cables need to be connected to the surrounding environment or other components. The TRM-2013-F0-SMA-07 is a common type of coaxial terminator used in RF circuits. In this article, we’ll discuss the application field and working principle of the TRM-2013-F0-SMA-07 connector.

The TRM-2013-F0-SMA-07 is a small coaxial connector with a female center coupling and a male end that has a 7mm threaded inner diameter. This connector is specifically designed for applications requiring low-cost, low-impedance, reliable single-ended signal terminations. It is a common connector used in a range of consumer and professional communication systems such as satellite television systems, cellular and wireless infrastructure, public address, and cable TV systems.

The TRM-2013-F0-SMA-07 connector features a non-slip connection design and uses a non-plated gold-plated brass body and center pin. It is designed to withstand a wide range of temperatures and voltages and can handle up to 13 GHz. The connector also features a broadband impedance matching and low-signal return loss characteristics which makes it suitable for various high-speed transmission systems.

The working principle of the TRM-2013-F0-SMA-07 connector is based on the well-known principle of impedance matching. This type of impedance matching is used to ensure the circuit is terminated properly, preventing any stray signals or crosstalk from entering or leaving the circuit thereby improving signal quality. The high-quality construction and components of the connector result in superior electrical performance and reliability.

In summary, the TRM-2013-F0-SMA-07 is a small coaxial connector specifically designed for single-ended signal termination applications. It offers a high level of electrical performance and reliability with its low-signal return loss and broadband impedance matching characteristics. It is suitable for a range of applications including satellite TV systems, cellular and wireless infrastructure, public address systems, and cable TV systems.

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