YC248-FR-0710R2L

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Resistor networks have a wide range of applications in various industries. In this article, we will discuss the YC248-FR-0710R2L resistor array and its application field and working principle.

YC248-FR-0710R2L is a resistor network, consisting of 10 independent resistors. The resistors are printed on a substrate of 0.2inches in size and are surface mounted to a printed-circuit board (PCB). The resistor values range from 10 ohms to 10000 ohms, and the power rating for each resistor is 0.6W. The resistance tolerance is 5%.

The most common application for YC248-FR-0710R2L resistor network is in lighting control systems. This type of array is used to control the intensity of fluorescent lighting and LED lighting systems. The resistors in the array act as a voltage divider, which reduces the voltage supplied to the lamps, thus regulating the intensity of the lamps. Besides, the YC248-FR-0710R2L can also be used in the telecommunication industry. It can be used to ensure the proper balance of signal strength between two or more telecom systems.

The working principle of YC248-FR-0710R2L is quite simple. When a certain voltage is applied to the resistor network, the voltage will be divided among the 10 resistors. Depending on the resistor values of the 10 resistors, the voltage at the output of each resistor will be different. For example, if the applied voltage is 24V, then the voltage at the output of each resistor in the array will range from 0.24V to 2.4V.

YC248-FR-0710R2L is an effective and cost-efficient resistor array. It can be used to regulate the intensity of lighting systems and to control signal strength in telecommunication systems. The resistor values and power rating are optimized such that it can be used in many applications.

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