YC248-FR-0756RL

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Resistor Networks, Arrays play a key role in modern electronics applications, providing various roles such as voltage regulation, current limiting, power distribution, signal isolation etc. To ensure reliable performance of these networks, high quality resistor arrays must be manufactured to meet the stringent requirements of different applications. The YC248-FR-0756RL (hereinafter referred to as FR-0756RL) is one such resistor network/array designed for use in a wide variety of consumer electronics products, including but not limited to, computers, stereos, TVs, and home appliances. In this article, we will look at the application field and working principle of the FR-0756RL.

The FR-0756RL is an 8-pin surface mount resistor network/array specifically designed for use in consumer electronics products. Its design enables it to provide an efficient and neat solution to using multiple resistors to supply power to specific components. The array is made up of a total of six resistors – four array resistors, and two termination resistors. Each of the four array resistors has a value of 756 ohms, while the two termination resistors have a value of 300 ohm each. This enables the total resistance between the two end pins of the array to be set at either 756Ω, 1512Ω, or 2000Ω, depending on how the resistors are connected.

The FR-0756RL offers various advantages over its contemporaries of similar size and in the same application field. Firstly, its eight-pin design ensures that it takes up very little space on the board. Secondly, its relative simplicity of wiring enables it to be easily and quickly deployed on the board. Thirdly, the array has a low temperature coefficient, meaning that it retains relatively constant values even under varying temperatures. And finally, the array is highly reliable, as the resistors are composed of premium material that has been extensively tested for quality assurance.

The working principle of the FR-0756RL array is fairly straightforward. The array allows for the resistance between both end pins to be varied by controlling the type of connection between the resistors. If the resistors are connected in series at one end of the array, they will effectively provide a resistance of 756Ω. If they are connected in parallel at one end of the array, they will effectively provide a resistance of 2000Ω. This flexibility enables the array to be used in a variety of different applications, from voltage dividers to current limiters.

In conclusion, the YC248-FR-0756RL resistor network/array is a valuable component for use in consumer electronics products. Its simple design provides flexibility and efficiency in wiring, while its highly reliable make-up ensures consistent performance and dependable operation. By understanding its application field and working principle, electronics engineers will be able to reap the most benefits from the FR-0756RL.

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