Description

The 2E7 Ohm (2.7MΩ) 2W 5% Through-Hole Resistor is a reliable, precision resistor designed for high-resistance applications. This resistor provides a resistance value of 2.7 megaohms (2,700,000 ohms), making it suitable for circuits where high resistance is required to limit current flow, reduce power dissipation, or perform signal attenuation.

Key Features

• Resistance Value: 2.7MΩ (2E7 Ohms)
• Power Rating: 2 Watts (W)
• Tolerance: ±5% — ensures a permissible variance of resistance within ±5% of the specified value for consistent circuit performance
• Construction: Through-Hole Mounting — ideal for secure and durable PCB integration
• Temperature Coefficient: Stable resistance performance across various environmental conditions
• High Reliability: Suitable for both industrial and commercial applications

Physical Characteristics

• Material: Flame-resistant coating for added durability and safety
• Lead Type: Tinned copper leads for excellent solderability
• Body Color: Typically cylindrical with color-coded bands for resistance identification
• Dimensions: Compact size suitable for through-hole PCB designs

Applications

• High Voltage and High Resistance Circuits: Used in equipment requiring limited current flow
• Signal Conditioning: Filtering or biasing components in sensitive circuits
• Voltage Divider Networks: Provides accurate voltage division with minimal drift
• Power Supply Circuits: Ensures stable current limiting in voltage regulation stages
• Consumer Electronics: Suitable for use in amplifiers, instrumentation, and sensing applications

Benefits

• High Power Handling: Supports up to 2 watts of power dissipation
• Wide Resistance Range: Ideal for applications requiring high-resistance components
• Durable Design: Withstands thermal stress and electrical overloads within rated limits
• Cost-Effective Solution: High performance at an economical price point

This 2.7MΩ, 2W resistor with a 5% tolerance is a versatile and dependable component, perfect for engineers, designers, and hobbyists alike looking to build efficient and stable circuits.