YC248-FR-07953KL

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Resistor Networks, Arrays are passive components that consist of multiple resistors located in a single package and connected electrically in parallel or series configurations. Increasingly, these networks and arrays are offered in different configurations and manufactured using a variety of materials such as carbon and metal film, polymeric and steel. The YC248-FR-07953KL represents one possible example within this category.

YC248-FR-07953KL is a surface mount 0.1W, 993K Ohm resistor network which consists of three resistors in which two of the resistors have 993K Ohms resistance and the other one has 499K Ohms resistance. The resistors are designed with a 0.1W power rating in order to operate within a temperature range of -55°C to +125°C and withstand a maximum voltage rating of 75V. The resistors are connected in parallel and the component measures 0.2" x 0.3" x 0.25"H.

The YC248-FR-07953KL resistor network has wide range of applications, such as telecommunications, automotive, computing, and consumer electronics. It serve as a protective element when used in circuits that usually dissipate energy in the event of a short circuit or other over-current situation. It can also be used for impedance matching to maximize signal transfer, which is important for radios, satellite receivers and other applications.

The working principle behind the YC248-FR-07953KL resistor network follows circuit principles of voltage and current flow. The resistance of each resistor in the network affects the current being drawn at any given voltage. The amount of current is determined by the application field and value of the resistor. The YC248-FR-07953KL resistance network is designed to provide smooth and optimized current to applications which require high precision input variables.

In conclusion, resistance networks and arrays such as the YC248-FR-07953KL are designed to simplify and optimize circuit design, from industrial circuit boards to automotive system components. Their wide application range and optimized design make them an important part of many fabrication needs.

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