YC248-JR-07220RL

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Resistor Networks, Arrays are often used in a wide variety of circuits to form various combinations of resistors in order to generate the desired output. The YC248-JR-07220RL application field and working principle falls under this category. It is a popular 5 pin SIP resistor array package notable for its miniature size and cost efficiency. In this article, we will discuss the application fields and working principle of YC248-JR-07220RL.

The YC248-JR-07220RL is most suitable for applications of digital systems. It is often used in fields such as wireless communication, vehicle temperature control system, HVAC controller board, 120VAC power line carrier, temperature measuring system, lighting control system and digital instrument cluster. The YC248-JR-07220RL has an advantage over other resistor networks and arrays in that its 5 pins feature an atomic configuration, allowing it to achieve an ultra-low on-resistance of 5 Ohms. Furthermore, it has a wide range of operating temperatures ranging from -40°C to +125°C, making it suitable for even the most extreme environments.

Aside from being stable in extreme environments such as high-temperature and high-humidity, the YC248-JR-07220RL also features excellent dimensional stability. Furthermore, its sliding contacts provide an efficient and reliable contact for better quality and stability. The YC248-JR-07220RL has a maximum operating voltage of 500V, making it suitable for high-voltage applications such as vehicle temperature control system. As for its source impedance, it is as low as 0.2 ohms, making it highly cost-efficient and reliable.

The working principle of the YC248-JR-07220RL is easy to understand. It consists of five MELF resistors connected in series, which are further connected to a common terminal. This connection forms an atomic configuration which allows the device to achieve a low on-resistance of 5 Ohms. Furthermore, the sliding contacts of the YC248-JR-07220RL are designed to be self-aligning, allowing it to show superior quality and reliability. Additionally, the standard operating temperature range of -40°C and +125°C also provides the device with excellent operational stability, even in extreme conditions.

The five resistors of the YC248-JR-07220RL can be adjusted to different values according to the desired resistance. The total resistance can be adjusted by changing the size of one or more of the resistors. This allows for a more accurate output, especially in applications such as digital systems, wireless communication, HVAC controller boards, 120VAC power line carrier, temperature measuring system, lighting control system and digital instrument clusters. Furthermore, the YC248-JR-07220RL can also be used in parallel configurations for applications requiring a higher load capacity.

In conclusion, Resistor Networks, Array such as the YC248-JR-07220RL are popular for their miniature size and cost efficiency. They are often used in a wide variety of circuits to form various combinations of resistors. The YC248-JR-07220RL possesses an atomic configuration, an ultra-low on resistance of 5 Ohms, a wide operating temperature range, excellent dimensional stability and an efficient and reliable contact. Furthermore, the device is suitable for applications of digital systems, high voltage applications and can be adjusted to form different resistances. Therefore, the YC248-JR-07220RL is considered to be a reliable and cost efficient Resistor Network, Array.

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