IQS620AEV01-S

IQ Switch ProxFusion Series IQS620EV01 Overview Combination sensor with dual channel capacitive proximity/touch, Hall-effect sensor and inductive sensing The IQS620 ProxFusion IC is a multifunctional capacitance, Hall-effect & inductance sensor designed for applications where any or all of the technologies may be required. The IQS620 is an ultra-low power solution designed for short or long term activations through any of the 2 sensing channels. The IQS620 is fully I C compatible and can be configured to output main trigger events on GPIOs. EV-Kit Overview Inductive sensing Hall-effect sensing Capacitive sensing IQS620 Shield + Arduino Uno Evaluation Modes sold separately EV01 contains 3 x Modules Embed the small module PCB (stamp) into custom design & interface to host MCU Plug into IQS620EV02 Shield board (sold separately) Detachable Stamp Module x 3 Applications Human Interface Devices Mobile electronics (phones/tablets) Proximity activated backlighting SAR safety requirements for laptops, tablets and phones Applications with long-term activation 1 Aftermarket automotive Wearable devices 1 White goods and appliances The part is not automotive qualified Copyright Azoteq 2016 IQS620EV01 Overview Page 1 of 1 All Rights Reserved Revision 1.0 August 2016 X-ON Electronics Largest Supplier of Electrical and Electronic Components Click to view similar products for Multiple Function Sensor Development Tools category: Click to view products by Azoteq manufacturer: Other Similar products are found below : MAXWSNENV KT-O2-25%-TB200A-E KT-TVOC-200-TB200A KT-NmHc-200-TB200A SEN0344 PIM520 PIM518 PIM519 PIM502 EVAL-AD7746HDZ AS7022-EVALKIT ALTEHTG2SMIP MAX30101WING OB1203SD-U-EVK MIKROE-4265 A000070 EV ICG- 20660L GX-F12A-P GX-F15A GX-F6A GX-F8AI-P GX-H15AI-P GX-H6A-P GX-HL15B-P 1093 MIKROE-2455 MIKROE-2458 MIKROE-2507 MIKROE-2508 MIKROE-2516 MIKROE-2529 1458 MIKROE-1628 176 189 1893 2106 ATQT4-XPRO GP30-DEMO MODULE GX-F12AI-P GX-F15A-P GX-FL15B-P GX-H12AI-P GX-H15A-P GX-H6AI-P GX-H8A-P GX-F15AI-P GX-FL15A-P AAS- AQS-UNO DFR0018