Operating in 5.8GHz ±75MHz band, highly integrated microwave transceiver, if signal processing and filtering, built-in PLL. The adaptive calibration algorithm is integrated on the chip, which effectively solves the problems of the same frequency interference, out of band blocking and environmental interference. The hold time/sense range is flexible and adjustable. Support standard I2C interface, flexible adaptation to various
MCU
and master control platform.

Low power (9mA) fully integrated microwave sensor chip with ultra-low power architecture. A signal processor is integrated inside the chip, can directly output the sense results . A complete microwave induction sensor is form with a small number of components . The chip scheme is the first choice for upgrading the traditional non-fixed frequency scheme and also the preferred scheme for cost-down
traditional 5.8g microwave induction .

Operating in 5.8GHz ± 75MHz band, ultra-low power (40~68uA) fully integrated microwave sensor chip, using ultra-low power architecture. A signal processor is integrated inside the chip, which can directly output the sense result. A complete microwave induction sensor is formed with a small number of components. It can meet the ultra-low power consumption requirements in application scenarios such as battery power supply, and is the first choice for upgrading traditional PIR.

Operating in 5.8GHz ± 75MHz band, highly integrated microwave transceiver, IF signal processing and filtering, built-in PLL, 32bit high-performance MCU. The on-chip integrated adaptive calibration algorithm effectively solves the problems of co-frequency interference, out-of-band blocking and environmental interference. hold time/sense range is flexible and adjustable. Support UART/I2C communication interface, output support GPIO/PWM. More than 10 IO port can be provided for customer application development.