Rezistor S/CONN TC 72059 100 Ω

The ShiverPeaks Resistor S/CONN TC 72059 100 Ω is a through-hole fixed resistor offering a stable resistance value for electronic circuits that require precision and thermal stability. Designed for general-purpose and industrial applications, this 100 ohm component provides low noise and consistent performance across typical operating temperatures, supporting accurate signal conditioning and power distribution tasks.

Advantages

This resistor delivers precise resistance with minimal drift under normal thermal loads and exhibits low electrical noise, which helps maintain signal integrity in measurement and amplification stages. Its construction ensures reliable long-term operation and compatibility with standard soldering and assembly processes, making it straightforward to integrate into prototyping and production environments.

Suitable for

• Signal conditioning circuits and measurement equipment
• Voltage dividers and bias networks
• Prototype boards and PCB assemblies
• Industrial control and automation electronics

Key specifications

• Resistance: 100 Ω nominal
• Tolerance: typical precision tolerance suitable for general electronic use
• Power rating: designed for standard resistor power levels used in through-hole components
• Thermal stability: engineered for low resistance drift with temperature changes
• Noise: low electrical noise for signal-sensitive applications
• Mounting type: through-hole

How to use

Select the resistor according to the required resistance and power dissipation for your circuit. Place the component in the designated through-hole footprint on the PCB, ensure correct mechanical orientation if applicable, and solder using standard soldering temperatures and flux appropriate for electronic components. Verify connections and measure resistance in-circuit or out-of-circuit as needed before applying full operating voltages.

Recommendations

For reliable operation, avoid exceeding the component's rated power and make sure adequate heat dissipation is provided in densely populated boards. When used in precision measurement paths, allow the resistor to stabilize thermally before taking critical readings and consider matching tolerances if paired with other resistive elements.