Weerstand TechniSat 0002/3079

The TECHNISAT resistor 0002/3079 is a compact precision resistor intended for use in electronic circuits where stable, accurate resistance is required. Its design emphasizes dimensional compactness and predictable electrical behavior, making it suitable for repair, prototyping and small-scale production assemblies. The component delivers consistent resistance values and is produced to meet general quality expectations for through-hole and PCB-mounted resistor applications.

Advantages

The resistor offers high precision and stability across normal operating conditions, helping to maintain circuit performance and reduce drift over time. Its compact form factor facilitates integration on densely populated printed circuit boards. The construction is aimed at durability under standard handling and soldering operations, providing reliable contact and mechanical stability during installation.

Suitable for

• Electronic repairs and replacement parts
• Prototyping and breadboard testing
• Small-scale PCB assemblies and consumer electronics
• Educational electronics and laboratory work

Key specifications

• Type: fixed resistor for PCB or through-hole mounting
• Tolerance: precision grade (low tolerance for accurate resistance)
• Stability: designed for minimal resistance drift under normal operating temperatures
• Form factor: compact package suitable for space-constrained layouts
• Material: standard resistor construction compatible with common soldering processes

How to use

Install the resistor according to the circuit schematic, ensuring correct placement and orientation where applicable. When soldering, use appropriate temperature settings and soldering techniques to avoid overheating the component. Verify resistance value before and after installation using a multimeter to confirm proper functioning within the expected tolerance range. Follow standard electrostatic discharge (ESD) precautions during handling if working in sensitive electronic environments.

Recommendations

For reliable long-term performance, operate the resistor within recommended power and temperature limits of the surrounding circuit. During assembly, avoid mechanical stress on leads and ensure secure solder joints. If used in precision applications, allow the resistor to stabilize thermally before taking critical measurements.