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SEI Stackpole CF Series Carbon Film Resistors - Through Hole

SEI Stackpole CF Series Carbon Film Resistors - Through Hole

Carbon Film Through-Hole Resistors – Stackpole CF/CFM Series

The SEI Stackpole CF Series Carbon Film Resistors are high-quality, through-hole passive components designed to deliver stable resistance and reliable performance in a wide range of electronic applications. Carbon film resistors provide a good balance of cost, stability, and noise performance, making the CF series ideal for general-purpose and precision circuits.

Manufactured by Stackpole Electronics, a trusted name in resistive components, the CF series resistors feature axial lead packaging for easy mounting on PCBs and prototyping boards. With a broad range of resistance values and power ratings, these resistors are perfect for hobbyists, technicians, and professional designers alike.

Whether you’re building power supplies, amplifiers, signal conditioning circuits, or DIY electronics, the CF series offers dependable and consistent results in every design.

Click here for Data Sheet.

Key Features

  • Carbon Film Construction – Stable and cost-effective resistor technology

  • Through-Hole Axial Leads – Easy PCB mounting and manual assembly

  • Wide Resistance Range – Suitable for numerous circuit requirements

  • Low Noise Performance – Better than generic carbon composition

  • Reliable & Durable – Stable in varied environmental conditions

  • Industry Standard Tolerances – For predictable circuit behavior

Specifications

  • Series: CF (Carbon Film)

  • Package: Axial Lead Through-Hole

  • Power Rating: Standard radial/axial power ratings

  • Resistance Range: Wide range of values (Ω)

  • Tolerance: Typical carbon film tolerance

  • Temperature Coefficient: Standard carbon film

  • Mounting: Through-hole PCB

Applications

  • Analog & digital circuits

  • Power supplies & regulation circuits

  • Audio amplifiers

  • Signal conditioning

  • DIY & educational electronics

  • Test & measurement circuits

$0.03

Original: $0.09

-67%
SEI Stackpole CF Series Carbon Film Resistors - Through Hole

$0.09

$0.03

Product Information

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Description

Carbon Film Through-Hole Resistors – Stackpole CF/CFM Series

The SEI Stackpole CF Series Carbon Film Resistors are high-quality, through-hole passive components designed to deliver stable resistance and reliable performance in a wide range of electronic applications. Carbon film resistors provide a good balance of cost, stability, and noise performance, making the CF series ideal for general-purpose and precision circuits.

Manufactured by Stackpole Electronics, a trusted name in resistive components, the CF series resistors feature axial lead packaging for easy mounting on PCBs and prototyping boards. With a broad range of resistance values and power ratings, these resistors are perfect for hobbyists, technicians, and professional designers alike.

Whether you’re building power supplies, amplifiers, signal conditioning circuits, or DIY electronics, the CF series offers dependable and consistent results in every design.

Click here for Data Sheet.

Key Features

  • Carbon Film Construction – Stable and cost-effective resistor technology

  • Through-Hole Axial Leads – Easy PCB mounting and manual assembly

  • Wide Resistance Range – Suitable for numerous circuit requirements

  • Low Noise Performance – Better than generic carbon composition

  • Reliable & Durable – Stable in varied environmental conditions

  • Industry Standard Tolerances – For predictable circuit behavior

Specifications

  • Series: CF (Carbon Film)

  • Package: Axial Lead Through-Hole

  • Power Rating: Standard radial/axial power ratings

  • Resistance Range: Wide range of values (Ω)

  • Tolerance: Typical carbon film tolerance

  • Temperature Coefficient: Standard carbon film

  • Mounting: Through-hole PCB

Applications

  • Analog & digital circuits

  • Power supplies & regulation circuits

  • Audio amplifiers

  • Signal conditioning

  • DIY & educational electronics

  • Test & measurement circuits