No name TŁUMIK TO-SC/10DB — cable attenuator TO-SC/10DB (model TO-SC/10DB)

The No name TŁUMIK TO-SC/10DB is a fixed cable attenuator designed to reduce signal level by 10 dB in coaxial systems with SC-style inline connections. It provides a predictable reduction of signal amplitude to prevent receiver overload, balance signal levels between devices, and aid in signal conditioning for measurement or distribution setups. The attenuator is intended for straightforward inline installation where a stable, passive attenuation is required.

Advantages

The TO-SC/10DB offers a simple passive solution to decrease signal strength without introducing active components or power requirements. Its fixed attenuation value ensures consistent performance over time, and the compact inline format allows integration into existing cabling runs with minimal changes to topology. The device helps protect sensitive equipment from high input levels and supports uniform signal distribution across multiple receivers.

Suitable for

• Preventing input overload in radio, TV, or measurement receivers
• Balancing signal levels between transmitters and receivers
• Temporary or permanent installations requiring a stable 10 dB reduction
• Test setups where known attenuation is needed for calibration

Key specifications

• Nominal attenuation: 10 dB
• Connection type: inline SC-compatible coaxial interface
• Passive design: no external power required
• Use case: fixed attenuation for signal conditioning and protection

How to use

Install the attenuator in-line between the signal source and the receiving device by connecting the appropriate SC-compatible coaxial ends. Ensure connections are secure and free of debris or damage before powering equipment. With the attenuator connected, the signal level at the receiver will be reduced by approximately 10 dB, so verify signal strength and quality after installation and adjust system gain or distribution as needed.

Usage recommendations

For reliable operation, use the attenuator within the frequency and power handling limits of the connected equipment and inspect connectors for proper mating. When integrating into measurement or distribution systems, confirm that the 10 dB reduction meets system requirements and, if necessary, recalibrate instruments or adjust amplifier settings to compensate.