AZD013
Abstract: No abstract text available
Text: IQ Switch ProxSense® Series Application Note: AZD013 IQ Switch® - ProxSense® Series ProxSense® ESD performance overview Contents Introduction . 1
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AZD013
IEC61000-4-2:
IEC61000-4-2
AZD013
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Abstract: No abstract text available
Text: ProxSense Series IQS229 Datasheet Single Channel Capacitive Proximity/Touch Controller for SAR Applications The IQS229 ProxSense® IC is a self-capacitance controller designed for devices that are required to meet SAR regulations. The IQS229 can detect a long term presence through
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IQS229
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Abstract: No abstract text available
Text: ProxSense Series IQS229 Datasheet Single Channel Capacitive Proximity/Touch Controller for SAR Applications The IQS229 ProxSense® IC is a self-capacitance controller designed for applications that are required to meet SAR regulations. The IQS229 can also be used to detect a long term
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IQS229
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Untitled
Abstract: No abstract text available
Text: IQ Switch ProxSense® Series ProxSense® IQS333 Datasheet 9 Channel Projected / 7 Channel Self- Capacitive Touch and Proximity Controller with 2 x 11-bit slider/scroll wheels The IQS333 ProxSense® IC is a 9-channel projected or 7-channel self capacitive proximity
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IQS333
11-bit
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IQS259
Abstract: iqs259 datasheet
Text: IQ Switch ProxSense® Series ProxSense® IQS259 Datasheet 9-Channel Mutual Capacitive Touch and Proximity Sensor with I2C compatible communication interface Unparalleled Features Automatic Tuning Implementation ATI - Automatic tuning for optimal operation in
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IQS259
iqs259 datasheet
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Abstract: No abstract text available
Text: IQ Switch ProxSense® Series Application Note: AZD041 IQ Switch® - ProxSense® Series IQS128 Design Guide for On Ear Detection for Mobile Phones Table of Content 1 INTRODUCTION. 1
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AZD041
IQS128
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Abstract: No abstract text available
Text: IQ Switch ProxSense® Series ® ProxSense IQS213 Datasheet Multiple Swipe Function Capacitive Sensor IC with Variable User Interface and Advanced Auto-Off Features Overview Unparalleled Features Sub 4µA* current consumption “Zero-Power” electronic switch
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IQS213
IQS213
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AZD004
Abstract: IQS253 AZD015 AZD062 AZD008 dfn10 footprint projected capacitive touch controller AZD013 26of AZD052
Text: IQ Switch ProxSense® Series IQS253 Datasheet - Configurable 3 Channel DYCALTM Capacitive Sensor with Automatic Compensation for Sensitivity Reducing Objects Unparallelled Features: ❏ DYCALTM : Intelligent Hysteresis ❏ Internal Capacitor Implementation ICI - Reference capacitor on-chip
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IQS253
AZD008
AZD013
AZD015
AZD051
AZD052
AZD062
AZD004
dfn10 footprint
projected capacitive touch controller
26of
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Abstract: No abstract text available
Text: IQ Switch ProxSense® Series IQS232 Datasheet - Configurable 2 Channel sensor with Compensation for Sensitivity Reducing Objects Unparallelled Features: ❏ Sub 4 µA current consumption ❏ Automatic tuning for optimal operation in various environments & compensation against sensitivity reducing objects
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IQS232
AZD013
AZD015
AZD051
AZD052
AZD008
AZD007
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Untitled
Abstract: No abstract text available
Text: IQ Switch ProxSense® Series ProxSense® IQS360 Datasheet 12 Channel Projected Capacitive Touch & Proximity Controller with Trackpad and Keypad Capability The IQS360 ProxSense® IC is 12-channel mutual capacitive touch and proximity controller with market leading sensitivity and automatic tuning. The IQS360 provides a cost effective
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IQS360
12-channel
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Untitled
Abstract: No abstract text available
Text: IQ Switch ProxSense® Series IQS253 Datasheet - Configurable 3 Channel DYCALTM Capacitive Sensor with Automatic Compensation for Sensitivity Reducing Objects Unparallelled Features: ❏ DYCALTM : Intelligent Hysteresis ❏ Internal Capacitor Implementation ICI - Reference capacitor on-chip
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IQS253
AZD008
AZD013
AZD015
AZD051
AZD052
AZD062
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Abstract: No abstract text available
Text: AZD085 - A Standards Based approach to capacitive sensor EMC Problems J.D. van Wyk, M. Visser, D.B. Rademeyer I INTRODUCTION In its essence, capacitive sensing is a highly accurate analog measurement process, detecting changes in -15 -12 capacitance on the order of 10 to 10 Farads supported by extensive digital signal processing. If it was feasible to
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AZD085
AZD051
AZD015
AZD013
AZD008
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