Electronic Accessories

Accessories for Precision Signal Systems

The accessories featured on this page are designed to complement our high-performance amplifiers and receivers, providing enhanced functionality, stability, and ease of integration. From precision power supplies to interface modules, cables, and fibre adapters, each component supports accurate, low-noise signal handling. These accessories ensure optimal system performance, even in the most demanding photonic and electronic measurement environments. 

 

Power Supply and Adapters 
High-precision measurement applications require stable, interference-free power sources. The power supply units on this page provide low-noise ±15 V output and are specifically designed for operating FEMTO amplifier modules. Each unit offers high reliability and minimal signal noise — ideal for sensitive electronic systems. 

 

Interfaces and Modules 
Interface and module accessories enable seamless integration and control of amplifier systems and other electronic devices. They provide essential functions such as PC-based control, signal generation, and system synchronisation. Designed for precision and flexibility, these components simplify setup and ensure reliable communication between devices in complex measurement environments. 

 

Cables and Wires 
Cables and wiring are essential for maintaining signal integrity, reducing interference, and ensuring reliable connections in precision electronic systems. The components featured on this page ensure optimal signal transmission with minimal noise and loss. They include low-noise and high-performance coaxial cables, tailored for sensitive measurement setups. 

 

Fibre and Connector Adapters 
Fibre and connector adapters provide flexible and secure interfaces between photonic components and measurement systems. They enable precise alignment and stable coupling of optical fibres to detectors or receivers. Designed for compatibility with various connector types, these adapters ensure efficient signal transfer and easy integration into optical setups.