RF SWITCH 1-8-1
OUR PROJECT
The 3D RF Near-Field Scanning Tool from ID Coil represents a game-changing step in our MRI-coil development processes.
FASTER, COST-EFFECTIVE, CONTROLLED AND OPTIMIZED TESTING
Introducing the RF Switch 1-8-1: a compact GaAs 2P8T switch covering a wide frequency range from 10 MHz to 6 GHz. It delivers high isolation and low insertion loss, ensuring excellent signal quality for your system.
Easily controlled via an 8-bit serial input with a 0 to +5V control voltage, it integrates seamlessly with various embedded systems and microcontrollers. Designed for 50-ohm systems, this switch comes in a sleek 200 x 80 x 20 mm package, featuring 10 SMA female connectors and optional ports for power and control.
Reliable RF switching made simple. Perfect for a variety of applications!
Measurement probes
Measurement modes
3D RF SCANNING TOOL
TESTING
Have the ability to test your projects during the development process whenever you want.
MEASURING
Our Scanning Tool can measure RF signals as wel as EMC emission.
VISUALIZING
Your test reults are displayed in clear and stunning 3D graphics.
3D RF SCANNING TOOL
YOU CAN EXPECT EXCEPTIONAL RESULTS
The 3D RF Scanning Tool has proven instrumental in the early testing of 7T Body Array Coil concepts, consistently yielding exceptional results.
This bench-testing tool enables us to fine-tune and optimize coil designs, ensuring outstanding performance in our projects.
CONSTANT STATE OF EVOLUTION
The first prototype and software have been released and are already being used in the development of the High-Resolution Neuro Coil. The 3D RF Scanning Tool remains in a constant state of evolution.
Our roadmap includes further tool optimization, software upgrades with new features, and support for external data editing. These steps highlight our commitment to delivering cutting-edge development, production, and repair services in the field of MRI. We prioritize safety, flexibility, usability, and optimal patient comfort. Our future plans also include continued tool optimization, ongoing software upgrades, and eventual commercialization.
FURTHER DEVELOPMENT
• Optimizing tools.
• Enabling external data editing tools.
• Upgrading software with new features.
• Commercialize.