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S2GORADARBGT60LTR11TOBO1 - S2GORADARBGT60LTR11TOBO1

S2GORADARBGT60LTR11TOBO1

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Infineon Technologies

INFINEON’S FIRST ARDUINO COMPATIBLE 60GHZ RADAR SENSOR FOR MAKERS, DEVELOPERS AND PROTOTYPING

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Search across all available documentation for this part.

S2GORADARBGT60LTR11TOBO1 - S2GORADARBGT60LTR11TOBO1

S2GORADARBGT60LTR11TOBO1

Active
Infineon Technologies

INFINEON’S FIRST ARDUINO COMPATIBLE 60GHZ RADAR SENSOR FOR MAKERS, DEVELOPERS AND PROTOTYPING

Deep-Dive with AI

Technical Specifications

Parameters and characteristics for this part

SpecificationS2GORADARBGT60LTR11TOBO1
ContentsBoard(s)
FunctionRadar
PlatformShield2Go
Suggested Programming EnvironmentArduino, ModusToolbox, Platform.IO
TypeSensor
Utilized IC / PartBGT60LTR11AIP

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

DistributorPackageQuantity$
DigikeyBulk 1$ 35.50
10$ 35.42
NewarkEach 1$ 34.12

Description

General part information

BGT60 Series

The era of expensive radar board applications and time-consuming development is over! From now on, you can build your own radar-based solution without being an expert or embedded engineer. Create your own radar-based prototypes and applications within minutes with Infineon’s first and new Arduino compatible and completely autonomous radar sensor – the BGT60LTR11AIP. Coming in a super small Shield2Go formfactor size, this low-cost radar board gives every curious developer the possibility to get hands-on experience with radar without the necessity of big programming or radar knowledge skills. Use this 60Ghz Radar Shield2Go independently as a state machine, which enables operations of the device without any microcontroller, or as a ‘plug-on’ radar sensor (e.g. with Arduino form factor boards or other microcontroller boards) to detect motion and direction of motion by using only two GPIOs. With distances up to 7m, this radar board is ideal for short-distance applications e.g. in smart home or led-based applications. You will only need a 3.3V power-supply to get started with this board. Find more information on Infineon’s Github or do-it-yourself Hackster website.

Documents

Technical documentation and resources