Tiga Device

With electronic settling time in microseconds, the Tiga device can hop between impedance states faster than the symbol rate of a 100 MHz 5G signal, enabling dynamic load-pull —measuring EVM vs. instantaneous impedance trajectory.

The Tiga device is a portable, wearable device that uses advanced sensors and artificial intelligence to detect and respond to the user's needs. It is designed to assist individuals with disabilities, such as paralysis, muscular dystrophy, and multiple sclerosis, to perform daily tasks and live independently. tiga device

| Feature | Passive Tuner | Tiga Active Device | |---------|---------------|---------------------| | | ~0.9 | >1.0 (up to 10 or more, including negative resistance) | | Settling time | 100s ms (mechanical) | <10 µs (electronic) | | Harmonic tuning | Requires separate tuners | Can inject at 2f0, 3f0 independently | | Noise figure / stability | Passive (lossy) | Active (can boost or cancel noise) | | On-wafer calibration | Complex, pad-dependent | Real-time vector calibration | With electronic settling time in microseconds, the Tiga

The Tiga device is a revolutionary electronic device that has the potential to improve the lives of individuals with disabilities. Its advanced features, such as AI, voice assistant, gesture recognition, and BCI, make it an ideal tool for assistive technology, rehabilitation, and healthcare. Further research and development are needed to fully explore the potential of the Tiga device and to make it more accessible to those who need it. It is designed to assist individuals with disabilities,