41F2K2E

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Through hole resistors are an integral part of many electronic circuits. An optimal resistor for an application depends on the application field and working principle. One such resistor, 41F2K2E, works in many different subsystems and offers several advantages.

Features and Benefits

• 41F2K2E delivers outstanding performance in a wide array of applications.
• Versatile resistance value and temperature coefficient provide flexibility and design freedom for demanding applications.
• Cost-effective and durable design with low power consumption.
• Exceptional longevity, stability, and reliability

Application Field

The 41F2K2E is a general-purpose resistor used in a variety of applications including audio, power, and data-acquisition in both industrial and consumer applications. The wide resistance value range and temperature coefficient make the 41F2K2E a great choice for a variety of designs. The resistance value range can range from 0.1 Ohms to 10 Meg Ohms and the temperature coefficient can range from 1 ppm/°C to over 10 ppm/°C. Additionally, 41F2K2E is capable of voltages of up to 200V. In this way, the device is well-suited for many types of sensing applications.

The advanced design of the 41F2K2E also makes it an ideal candidate for use in the power sector. The superior temperature coefficient provides stability in fluctuating temperatures ensuring reliable performance from the device. The wide resistance value range and low power consumption provide flexibility for designing power circuitry.

Working Principle

The 41F2K2E resistor consists of a helixir core wrapped with a conductive wire. The current passing through the wire generates heat which is dissipated through the core, making for an efficient and reliable system. The helixir core design also allows the resistor to operate in a wide range of conditions while still maintaining exceptional power characteristics. The core material also offers excellent vibration resistance, making the 41F2K2E suitable for rugged and long-term applications.

The 41F2K2E features a low thermal coefficient, meaning it is less susceptible to changes in temperature. The low thermal coefficient allows the device to operate efficiently in a wide operating temperature range without the need for frequent calibrations. This ensures that the 41F2K2E maintains an accurate resistance value for long periods of time.

The 41F2K2E is also designed for use in noisy environments. The device features a low electrical noise, allowing it to operate with no issues in noisy environments. The low noise characteristics also make the 41F2K2E a great choice for sensitive measurements.

Conclusion

In conclusion, the 41F2K2E is an ideal resistor for a variety of applications, including audio, power, and data-acquisition. The device offers a wide resistance value range and temperature coefficient, making it suitable for a variety of design requirements. Additionally, the advanced design of the device provides exceptional temperatures stability, vibration resistance, and electrical noise characteristics in a small and cost-effective package. This makes the 41F2K2E an excellent choice for many different system designs.

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