TDK Announced Availability of New MEMS-based “sonar on a silicon chip” Ultrasonic Time-of-flight Sensor with Extended Sensing Range
Key points:
Shipping to strategic customers, the CH-201 ultrasonic sensor will be available worldwide in Q2 2020
Extending the Chirp SmartSonic™ platform, the CH-201 supports a maximum sensing range of 5 meters
The device provides range-sensing with millimeter-precision at the industry’s lowest power consumption
Jan 7, 2020——TDK Corporation announces the immediate availability to select OEMs of the Chirp CH-201 MEMS-based ultrasonic time-of-flight sensor with an extended sensing range. This ToF sensor utilizes a tiny ultrasonic transducer chip that sends a pulse of ultrasound and then listens for echoes returning from targets in the sensor's field of view. By calculating the distance based on the time of flight, the sensor can determine the location of an object relative to a device and trigger a programmed behavior.
TDK's MEMS ultrasonic technology leverages a proprietary ToF sensor in a 3.5mmx3.5mm package that combines a MEMS ultrasonic transducer with a power-efficient digital signal processor (DSP) on a custom low-power, mixed-signal CMOS ASIC. The sensor handles a variety of ultrasonic signal-processing functions, enabling customers' flexible industrial design options for a broad range of use-case scenarios including range-finding, presence/proximity sensing, object detection/avoidance, and 3D position-tracking.
Following last year's introduction of CH-101, the first commercially available MEMS-based ultrasonic ToF sensor for consumer electronics, AR/VR, robotics, drones, IoT, automotive, and industrial market segments, TDK is expanding the SmartSonic™ MEMS ultrasonic platform. This will include the CH-201 ultrasonic ToF sensor and associated software solution for room-scale sensing applications, enabling ultralow power, and always-on sensing for human presence detection without privacy concerns, among many other use cases.
TDK's MEMS ultrasonic ToF sensor platform offers numerous advantages over optical ToF sensors:
Ultralow power operations for always-on sensing in battery-powered devices
Accurate range measurement regardless of target size or color; even optically transparent targets are accurately detected
Immunity to ambient noise without perception by house pets
Ability to operate in all lighting conditions, unlike IR sensors which do not work in direct sunlight
Ensures eye safety, contrasting with laser-based IR ToF sensors
Detects objects over a customizable field-of-view up to 180°, enabling a single sensor to support room-scale sensing
"The CH-201 sensor is the continuation of our pioneering work in the development of piezoelectric-MEMS technology and low-power ASIC design, enabling high-performance, low-power ultrasonic sensing in a tiny package," said Michelle Kiang, CEO, of Chirp Microsystems, a TDK Group Company. "With the CH-201 sensor's extended sensing range, product designers have a new ToF sensor option available to enable new capabilities and create unique user experiences in a broad range of consumer products. Both the CH-101 and CH-201 sensors are being used by leading consumer brands in robotic vacuum cleaners, (smart) speakers, PCs, and many more products. TDK's CH-101 is incorporated in our SonicTrack™ 6DoF controller tracking solution for HTC's Vive Focus Plus mobile VR system, and we expect to see several new product launches powered by TDK's MEMS ultrasonic products in the coming year."
Main applications
Smart home and connected IoT devices
PC and displays
Robotics and drone
AR/VR
Mobile and wearable
Automotive and industrial
Main features and benefits:
Ultralow power
Accurate range measurement regardless of target size
Detects objects of any color, including optically transparent ones
Immunity to ambient noise
Works under any lighting condition
Expanded field of view (FoV)
Key data
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