SOMC1603820RGEA Resistors

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Today’s communication systems require a wider range of Resistor Networks, Arrays, all of which are relied on to provide the essential functions for a successful circuit design. One of these resistors is the SOMC1603820RGEA which is engineered to ensure its durability and its reliable performance in both constrained and demanding communication applications. This article will discuss the application field of SOMC1603820RGEA and its working principle.

The SOMC1603820RGEA is designed to be used in communication systems which require both robustness and performance. It is typically designed with resistors that have a wide dynamic range. The resistance range can be as low as 20 Ohms or as high as 160 Ohms. This resistor has a high power rating of up to 2 P-Max which allows it to handle the highest rated signal levels. This resistor also comes with a package thickness of 3.85mm and a maximum allowable temperature of 125°C.

The SOMC1603820RGEA is also capable of being operated in high-speed distributed multi-drop communication systems. This is due to its highly reliable capacitive coupling design which eliminates the need for a bus cable. This resistor network is perfect for better data transmission performance as its bus switching speed can reach up to 4.8 Gbps which is sufficient for applications which require very high data rates, such as Ethernet applications.

The SOMC1603820RGEA also comes with a power filtering solution. This enables the resistor network to effectively reduce noise on the communications systems. It also ensures that unwanted signal noise is not generated. This is why it is ideal for applications which require very low signal to noise ratios such as broadcast and professional audio applications.

In terms of its working principle, the SOMC1603820RGEA differs from traditional resistors. It is an integrated resistive cell array which has been developed to offer high-performance and reliability in applications which require highly reliable performance across multiple contacts. Each resistive cell is composed of two metal resistor elements to induce a variable resistance. The resistance value is determined by the relative position of the resistor elements against one another and the specific characteristics of the resistors. This means that the SOMC1603820RGEA can be used to adjust and control the electrical signals in the circuit.

The SOMC1603820RGEA is also capable of providing reliable electrical performance in a wide range of operating conditions. Its robust construction along with its metal-mesh material properties mean that it is resistant to corrosion, electrical arcing and other environmental factors. These features make it the ideal choice for a wide range of communication systems and applications.

To sum up, the SOMC1603820RGEA Resistor Network, Array is designed to ensure its durability and dependable performance in a wide range of communication systems and applications. Its unique capacitive coupling design and power filter solutions make it the most reliable resistor networks for applications which require low signal-to-noise ratios, high data transmission rates and high power rating. Its working principle also allows it to adjust and control the electrical signals within the circuit. All these features make it the ideal choice for Resistor Networks, Arrays.

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