Metamag Launches Gyromagnetic Non-Linear Transmission Lines for High-Power Microwave Applications
Metamag has launched its Gyromagnetic Non-Linear Transmission Line (GNLTL) technology, capable of generating high-power pulsed microwave signals for electronic warfare and Counter-Unmanned Aircraft Systems (CUAS). The GNLTLs can produce microwave pulses reaching tens of megawatts and can disrupt electronic systems. Metamag offers three models operating at different frequencies: Low Band (800 MHz), Mid Band (2.2 GHz), and High Band (3.5 GHz), with ongoing development for higher frequencies. The technology is designed for various defense platforms and is manufactured in the United States.
Theia Market Signal Identification - AI Assisted
Metamag has introduced Gyromagnetic Non-Linear Transmission Line (GNLTL) technology for high-power microwave applications, targeting electronic warfare and CUAS operations. GNLTLs produce microwave pulses with power levels reaching tens of megawatts, capable of disrupting or damaging electronic systems.
The company offers three models: Low Band at 800 MHz, Mid Band at 2.2 GHz, and High Band at 3.5 GHz, driven by a 50 kV input pulse. GNLTLs can be part of a complete HPM subsystem and are suitable for various defense platforms. All components are designed and manufactured in the United States, ensuring supply chain control.
Comments