Description

The 1E Ohm 1W KNP Wirewound Resistor is a durable and precise resistor designed for various electronic applications that require accurate resistance values and power handling capabilities. With a resistance of 1 Ohm and a power rating of 1 watt, this resistor is commonly used for current sensing, voltage division, and limiting applications. The ±5% tolerance ensures that the resistor performs reliably within its specified resistance range.

Key Specifications:

• Resistance Value: 1 Ohm
• Power Rating: 1 Watt (1W)
• Tolerance: ±5%
• Construction Type: Wirewound
• Package Type: Axial Leaded
• Maximum Working Voltage: Typically 250V
• Temperature Coefficient: Varies, typically ±100 ppm/°C

Features:

• Wirewound Design: Ensures high accuracy and stability in resistance values, making it suitable for precision applications.
• Power Handling: Rated at 1W, the resistor can handle moderate power dissipation in various circuits.
• Durable Construction: Designed to withstand mechanical stress and high temperatures, ensuring longevity and consistent performance.
• Versatile Applications: Ideal for use in current sensing, voltage drop, and other applications requiring low resistance.
• Axial Leaded: Easy to integrate into through-hole designs with axial leads for simple soldering onto PCB boards.

Applications:

• Current Sensing: Ideal for measuring and controlling current in circuits, such as in power supplies, battery management, and motor control systems.
• Voltage Division: Used in voltage divider circuits to achieve desired voltage levels and ratios.
• Circuit Protection: Employed in series with sensitive components to limit current and prevent damage from overcurrent.
• Amplifier Biasing: Used in amplifier circuits for setting bias points to ensure proper operation.
• Signal Processing: Utilized in filters, oscillators, and other signal-processing circuits that require stable resistance values.

The 1E Ohm 1W KNP Wirewound Resistor is an essential component for applications requiring reliable, high-precision resistance and efficient power handling. Its durability, stability, and versatile application make it a suitable choice for various electronic circuit designs.