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Abstract: MPR121 AN3893 MPR121Q EFD10 MPR03X 20-PIN CTL011 E4BV MHDR
Text: Freescale Semiconductor Technical Data MPR121 Rev 0, 9/2009 Advanced Information Proximity Capacitive Touch Sensor Controller MPR121 MPR121 OVERVIEW Capacitive Touch Sensor Controller The MPR121 is the second generation sensor controller after the initial
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Abstract: CTL18 MPR121Q AN3893
Text: Document Number: MPR121 Rev. 4, 02/2013 Freescale Semiconductor Data Sheet: Technical Data An Energy Efficient Solution by Freescale Proximity Capacitive Touch Sensor Controller MPR121 The MPR121 is the second generation sensor controller following the initial release of the MPR03x series of devices. The MPR121 features an
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Abstract: No abstract text available
Text: MPR121 Rev 3, 12/2011 Freescale Semiconductor Data Sheet: Technical Data An Energy Efficient Solution by Freescale Proximity Capacitive Touch Sensor Controller MPR121 The MPR121 is the second generation sensor controller following the initial release of the MPR03x series of devices. The MPR121 features an
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Abstract: AN3889 AN3892 MPR121Q MPR121QR2 an3894 AN3863 e10s touch pad AN3891
Text: MPR121 Rev 2, 04/2010 Freescale Semiconductor Technical Data An Energy Efficient Solution by Freescale Advanced Information Proximity Capacitive Touch Sensor Controller MPR121 MPR121 OVERVIEW Capacitive Touch Sensor Controller The MPR121 is the second generation sensor controller after the initial
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Abstract: No abstract text available
Text: MPR121 Rev 3, 12/2011 Freescale Semiconductor Data Sheet: Technical Data An Energy Efficient Solution by Freescale Proximity Capacitive Touch Sensor Controller MPR121 The MPR121 is the second generation sensor controller following the initial release of the MPR03x series of devices. The MPR121 features an
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Abstract: AN3894 AN3893 AN3892 "Capacitive Touch Sensor" MPR03X application note AN3893 AN3895 KITMPR121EVM touch sensor i2c
Text: Touch Sensors MPR121 12-pad touch sensor controller A Touch Smarter Freescale’s MPR121 capacitive touch sensor controller simplifies design in the user interface of choice—touch sensing. Embedded MPR121 Implementation Diagram VDD 1.71V to 3.6V VDD 1.71V to 3.6V
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Abstract: AN3893 MPR121 proximity MPR03X touch pad Application Example application note AN3893 capacitive touch SNR
Text: Freescale Semiconductor Application Note AN3893 Rev 0, 03/2010 MPR121 Proximity Detection INTRODUCTION MPR121 is a feature rich, second generation touch sensor controller after Freescale’s initial release of the MPR03x series device. Like MPR03x, MPR121 has a unique feature that all the electrode inputs can be internally connected together so that all
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Abstract: AN3895
Text: Freescale Semiconductor Application Note AN3895 Rev 0, 9/2009 MPR121 Serial Communication INTRODUCTION The MPR121 uses an I2C Serial Interface. The I2C protocol implementation and the specifics of communicating with the Touch Sensor Controller are detailed in this application note.
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Abstract: AN3895 I2C protocol
Text: Freescale Semiconductor Application Note AN3895 Rev 1, 03/2010 MPR121 Serial Communication INTRODUCTION The MPR121 uses an I2C Serial Interface. The I2C protocol implementation and the specifics of communicating with the Touch Sensor Controller are detailed in this application note.
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Abstract: No abstract text available
Text: Freescale Semiconductor Application Note Document Number: AN3895 Rev. 2, 02/2013 MPR121 Serial Communication INTRODUCTION The MPR121 uses an I2C Serial Interface. The I2C protocol implementation and the specifics of communicating with the Touch Sensor Controller are detailed in this application note.
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Abstract: MPR121 4CDT AN3889
Text: Freescale Semiconductor Application Note AN3890 Rev 1, 03/2010 MPR121 Capacitance Sensing — Filtering and Timing INTRODUCTION The capacitance sensing front end of the MPR121 produces data at extremely high rates, which significantly improves the capabilities of a filtering system. The capacitance engine described in AN3889 act on a 1 s - 32 μs per sample data rate. THis
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Abstract: MPR121Q MPR121 AN3893 mpr121 AN38
Text: Freescale Semiconductor Application Note AN3894 Rev 0, 03/2010 MPR121 GPIO and LED Driver Function INTRODUCTION MPR121 is a feature rich second generation touch sensor controller after Freescale’s initial release of the MPR03x series device. MPR121 not only has priority unique features like independent electrode auto configuration refer to AN3889 , 13th simulated pseudo electrode for proximity detection (refer to AN3893), it also has 8 GPIO ports with LED driver capability. The GPIO
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Abstract: MPR03X AN3889
Text: Freescale Semiconductor Application Note AN3889 Rev 0, 9/2009 MPR121 Capacitance Sensing Settings INTRODUCTION Touch acquisition takes a few different parts of the system in order to detect touch. The first stage of this process is to capture the pad capacitance. Freescale’s MPR121 utilizes the principle that a capacitor holds a fixed amount of charge at a specific electric potential. Both the implementation and the configuration will be described in this application note.
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Abstract: AN3890
Text: Freescale Semiconductor Application Note AN3890 Rev 0, 9/2009 MPR121 Capacitance Sensing — Filtering and Timing INTRODUCTION The capacitance sensing front end of the MPR121 produces data at extremely high rates, which significantly improves the capabilities of a filtering system. The capacitance engine described in AN3889 act on a 1 s - 32 μs per sample data rate. THis
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Abstract: AN3889 MPR121
Text: Freescale Semiconductor Application Note AN3944 Rev 0, 9/2009 MPR121 Quick Start Guide INTRODUCTION The MPR121 is Freescale Semiconductor’s top of the line touch sensor and can fit into a wide range of applications. These applications can all be accommodated by having a device a with a very large range of flexibility. While all of these added features
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Abstract: AN3889 MPR121 0x05E MPR12 AN3891
Text: Freescale Semiconductor Application Note AN3944 Rev 1, 03/2010 MPR121 Quick Start Guide INTRODUCTION The MPR121 is Freescale Semiconductor’s top of the line touch sensor and can fit into a wide range of applications. These applications can all be accommodated by having a device a with a very large range of flexibility. While all of these added features
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Abstract: MPR121 mhd sensor
Text: Freescale Semiconductor Application Note AN3891 Rev 1, 03/2010 MPR121 Baseline System INTRODUCTION Touch acquisition takes a few different parts of the system in order to detect touch. The baseline filter and touch detection are tightly coupled. The purpose of the baseline filter is to “filter out touches” resulting in a system that is similar to a long term
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Abstract: e10s MPR121
Text: Freescale Semiconductor Application Note AN3892 Rev 1, 03/2010 MPR121 Jitter and False Touch Detection INTRODUCTION Touch acquisition takes a few different parts of the system in order to detect touch. The baseline filter and touch detection are tightly coupled. The purpose of the touch detection block is to use the baseline value and the 2nd level filter data to determine
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Abstract: MPR121
Text: Freescale Semiconductor Application Note AN3891 Rev 0, 9/2009 MPR121 Baseline System INTRODUCTION Touch acquisition takes a few different parts of the system in order to detect touch. The baseline filter and touch detection are tightly coupled. The purpose of the baseline filter is to “filter out touches” resulting in a system that is similar to a long term
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Abstract: AN3892 MPR121
Text: Freescale Semiconductor Application Note AN3892 Rev 0, 9/2009 MPR121 Jitter and False Touch Detection INTRODUCTION Touch acquisition takes a few different parts of the system in order to detect touch. The baseline filter and touch detection are tightly coupled. The purpose of the touch detection block is to use the baseline value and the 2nd level filter data to determine
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7" capacitive touch panel pin out
Abstract: touch panel sensor design capacitive touch panel pin out BLOCK DIAGRAM OF TOUCH sensor touch sensitive sensors Example capacitive touch mpr121 AN3893 AN3894 Capacitive Touch Sensors
Text: Sensors Touch Sensors Overview Features Touch sensors are finding their way into • Multiple electrode configurations • Voltage operation range of 1.8 V–18 V • Analog or digital I2C interface • Minimal software integration • Rotary wheel, linear sliders and touch
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BRCIPRODUCTS
Abstract: MC9S08PA4 LCD Display 40 pin TFT LCD n96 MC56F84763 MMA845x MC9S08 bus frequency application note MC9S08PT32 MC9S08PA8 LCD N96 touch
Text: Microcontrollers More Than You Expect Solutions for consumer and industrial applications freescale.com More Than You Expect | 2012 Table of Contents Road Maps. 3 Introduction. 4
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