BGT60LTR11AIPE6327XUMA2 60GHz Radar Sensor, Motion Detection, PG-LLGA-16 Package

BGT60LTR11AIPE6327XUMA2 Overview

The BGT60LTR11AIPE6327XUMA2 is a highly integrated 60 GHz radar sensor designed for reliable motion detection and presence sensing. With its compact form factor and advanced RF capabilities, this device enables contactless, robust sensing in industrial and consumer electronics. It offers designers a versatile option for implementing presence detection, proximity sensing, and motion classification across a range of applications. Engineered for efficiency and accuracy, the BGT60LTR11AIPE6327XUMA2 simplifies system development and helps reduce overall bill of materials. For more details, visit IC-Hersteller.

BGT60LTR11AIPE6327XUMA2 Technical Specifications

Parameter	Wert
Sensor Type	60 GHz Radar IC
Betriebsfrequenz	60 GHz
Paket	LGA-16
Versorgungsspannung	1.8 V
Detection Function	Motion and Presence Sensing
Integrationsstufe	Highly Integrated Radar Front-End
Anzahl von Kanälen	1 Transmit, 1 Receive
Betriebstemperaturbereich	-40??C bis +85??C

BGT60LTR11AIPE6327XUMA2 Key Features

• Highly integrated 60 GHz radar sensor enables compact design and reduces external component count for streamlined system integration.
• Supports reliable motion detection and presence sensing, enhancing automation and security in industrial and consumer applications.
• Low power operation makes it suitable for battery-powered devices and energy-efficient installations, minimizing overall system power consumption.
• Robust performance across a wide temperature range ensures consistent operation in demanding environments.

BGT60LTR11AIPE6327XUMA2 Advantages vs Typical Alternatives

This 60 GHz radar solution offers superior integration and efficiency compared to conventional motion detectors. Its compact LGA-16 package, low supply voltage, and single-channel architecture deliver reliable sensing with minimal power draw. The high operating frequency allows for enhanced accuracy and sensitivity, making it a strong choice for engineers seeking robust and future-proof sensor solutions.

Typische Anwendungen

• Industrial automation systems benefit from precise motion and presence detection, supporting advanced safety and process optimization in manufacturing environments.
• Smart home devices use this radar sensor for touchless presence detection, enabling intelligent lighting, HVAC control, and enhanced user comfort.
• Consumer electronics integrate the device for gesture recognition and proximity sensing, allowing innovative user interfaces and contactless control features.
• Security systems leverage the device’s robust sensing for intrusion detection and area monitoring, supporting reliable operation in varied lighting and weather conditions.

BGT60LTR11AIPE6327XUMA2 Brand Info

The BGT60LTR11AIPE6327XUMA2 is a specialized radar sensor IC designed and manufactured by a leading provider of advanced semiconductor solutions. This product is part of a portfolio focused on enabling intelligent sensing and automation with high performance and reliability. The device is recognized for its compact design, advanced RF integration, and suitability for a wide range of presence and motion detection applications across industries.

FAQ

What makes the BGT60LTR11AIPE6327XUMA2 suitable for presence and motion detection?

Its integrated 60 GHz radar front-end is optimized for detecting even subtle motion and presence changes, offering reliable operation in environments where optical or infrared sensors may be less effective.

Can the device be used in outdoor or industrial environments?

Yes, its wide operating temperature range from -40??C to +85??C and robust design allow for deployment in challenging industrial and some outdoor settings, supporting consistent performance.

How does the compact package benefit system designers?

The small LGA-16 footprint enables easy integration into space-constrained designs, reducing the need for additional components and supporting miniaturized end products.

Is the sensor suitable for battery-powered applications?

Low power consumption is a core advantage, making it well-suited for battery-operated devices where energy efficiency is critical to product performance and longevity.

What types of interfaces or integration support are available?

The device is engineered for straightforward integration with microcontrollers and embedded systems, allowing engineers to add advanced sensing capabilities with minimal development overhead.