YC248-FR-0778R7L

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Resistor Networks, Arrays are electrical components  meant to regulate electrical signals. Their design may vary but they typically incorporate an array of resistors designed for specific purposes. The YC248-FR-0778R7L is one such resistor network designed for use in data communications and power industries. This resistor network  has a low profile and thus, is suitable for high-density applications. This article looks at the application field and working principle of the YC248-FR-0778R7L resistor network.

The YC248-FR-0778R7L resistor network is specifically designed for data communications, power, automotive, industrial, and medical applications. It is a low profile through-hole resistor network with a resistance of 78 Ohms and a tolerance of 5%. This network is made from high-quality components that provide good resistance stability with time and temperature. As such, it helps ensure reliable performance of data communications systems, vehicles, and medical devices. This network is typically used in web servers, computer systems, LAN devices, audio amplifiers, power supplies, automotive systems, and medical equipment.

The YC248-FR-0778R7L resistor network has an array of four resistors connected in parallel. This configuration helps provide high reliability in applications where a wide range of values is necessary. The four resistors are connected between a common pin and each of the output pins. The output pins are connectable and thus, can be programmed to different resistance values. This enables each of the four resistors to have its own resistance ratio depending on the user’s desired application.

The YC248-FR-0778R7L resistor network is made from a specially designed combination of thin film resistors and thick film resistors. The thin film resistors make up the bulk of the network and provide excellent temperature stability. The thick film resistors provide additional stability and durability, making the resistor network suitable for applications that require high operation temperatures. The thick film resistors are also designed to provide a better level of high frequency stability.

The YC248-FR-0778R7L resistor network is built with a standard 0.01 inches thick substrate. This substrate provides a better level of isolation for the resistors, ensuring that there is no interference between them. This substrate also allows for better heat dissipation, making the resistor network Energy Star compliant. The resistors are wired onto the substrate by a high-density machine, which helps to ensure a greater accuracy in the resistance values.

In summary, the YC248-FR-0778R7L resistor network is specifically designed for data communications, power, automotive, industrial, and medical applications. It has four resistors arranged in a parallel configuration that can be programmed to different resistance values. The resistor network is made from a combination of thin film resistors and thick film resistors and is conformal coated for excellent temperature stability. Finally, the resistor network is built with a standard 0.01 inches thick substrate for better isolation. All these features make the YC248-FR-0778R7L resistor network an excellent choice for high-density applications.

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