Y1521V0202TT0L

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Resistor Networks, Arrays: Y1521V0202TT0L Application Field and Working Principle

Y1521V0202TT0L is a two-terminal precision resistor array designed to provide accurate values of matched device resistance. It is designed using a unique manufacturing process, the ultra-precision Technique. This technique requires the absolute accuracy of the resistive elements beneath 0.01%, and it enables the production of resistors with the highest possible accuracy. Y1521V0202TT0L resistor arrays are designed for commercial and industrial applications. The recommendation for using Y1521V0202TT0L is when an application requires reliable and accurate performance over a wide range of temperature, current and voltage conditions.

Description

Y1521V0202TT0L is designed for applications that require low noise and high linearity. It is a high-precision, high-power, two-terminal resistor array. It has two contact pads configuration where the central pad is connected to the A+ terminal and outer pads are connected with signal ground. The resistor array is available in values ranging from 50Ω to 2000Ω.

Applications

Y1521V0202TT0L is designed for applications that require high accuracy and precision. These applications include:

• Analog and digital circuit design
• Medical and communications equipment
• Wireless systems and automotive systems
• Power supplies and LED lighting
• Industrial applications

Working Principle

Y1521V0202TT0L uses ultra-precision manufacturing techniques to ensure its resistance accuracy. It consists of an array of resistor elements connected in series and parallel to form a single device. The resistors are configured in such a way that the resulting impedance value is accurate to within 0.01%.

Y1521V0202TT0L is capable of operating over a broad temperature range (-40 ℃ to 85 ℃) and up to a maximum current of 4 A. The resistor array has a power rating of 10 W and can be used in various applications from low-power to high-power applications.

Y1521V0202TT0L is resistant to physical shock and vibrations, making it suitable for applications in industrial and outdoor environments. It has a low temperature coefficient of resistance (TCR) values that improve the accuracy and performance of the device. Additionally, it features an excellent thermal conductivity that ensures stable performance and long life.

Advantages

Y1521V0202TT0L resistor arrays offer several advantages over traditional single resistance network designs. These include:

• High accuracy: Precise resistor element accuracy (± 0.01%) ensures precision and repeatability.
• Longevity and stability: Low temperature coefficient of resistance values and low thermal resistance enable Y1521V0202TT0L to operate over a wide temperature range and provide superior performance.
• Wide resistance range: Y1521V0202TT0L is available in a range of resistance values (50Ω to 2000Ω) for different applications.
• High power rating: The 10W power rating ensures the device can be used for wide range of applications, from low-power to high-power applications.
• Compatibility: The two-terminal configuration makes it compatible with many device connectors.

Conclusion

Y1521V0202TT0L is a two-terminal precision resistor array designed for commercial and industrial applications. It is designed using a unique manufacturing technology, the ultra-precision Technique, which provides accurate resistive values beneath 0.01%.

Y1521V0202TT0L offers a broad range of features and benefits. It is highly accurate, with a temperature coefficient of resistance up to 0.01%, and can operate over a wide range of temperatures. Additionally, its high power rating (10W) and wide resistance range make it suitable for a wide range of applications.

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