NXP Semiconductors Kinetis KE1xZ256 MCUs Manuals

Manuals and User Guides for NXP Semiconductors Kinetis KE1xZ256 MCUs. We have 1 NXP Semiconductors Kinetis KE1xZ256 MCUs manual available for free PDF download: Reference Manual

NXP Semiconductors Kinetis KE1xZ256 Reference Manual (1325 pages)

Brand: NXP Semiconductors | Category: Microcontrollers | Size: 12 MB

Table of Contents
3
Chapter 1 About this Manual

43
- Audience
  43
- Organization
  43
- Module Descriptions
  43
  - Example: Chip-Specific Information that Supersedes Content in the same Chapter
    44
  - Example: Chip-Specific Information that Refers to a Different Chapter
    45
- Register Descriptions
  46
- Conventions
  47
  - Numbering Systems
    47
  - Typographic Notation
    47
  - Special Terms
    48
Chapter 2 Introduction

49
- Overview
  49
- Block Diagram
  49
- Module Functional Categories
  50
Chapter 3 Core Overview

53
- ARM Cortex-M0
  53
- Core Buses and Interfaces
  54
- Core Component Configuration
  55
- Systick Clock Configuration
  55
Chapter 4 Interrupts

57
Chapter 5 System Integration Module (SIM)

63
- Introduction
  63
  - Features
    63
- Memory Map and Register Definition
  63
Chapter 6 Memory-Mapped Divide and Square Root (MMDVSQ)

79
- Chip-Specific Information for this Module
  79
- Introduction
  79
  - Features
    79
  - Block Diagram
    80
  - Modes of Operation
    82
- External Signal Description
  83
- Memory Map and Register Definition
  83
- Functional Description
  90
  - Algorithms
    90
  - Execution Times
    93
  - Software Interface
    95
Chapter 7 Miscellaneous Control Module (MCM)

97
Chapter 8 Bit Manipulation Engine (BME)

105
- Chip-Specific Information for this Module
  105
- Introduction
  105
  - Overview
    106
  - Features
    107
  - Modes of Operation
    107
- Memory Map and Register Definition
  107
- Functional Description
  108
- Application Information
  122
Chapter 9 Crossbar Switch Lite (AXBS-Lite)

125
- Chip-Specific Information for this Module
  125
- Introduction
  126
  - Features
    126
- Memory Map / Register Definition
  127
- Functional Description
  127
  - General Operation
    127
  - Arbitration
    128
- Initialization/Application Information
  129
Chapter 10 Peripheral Bridge (AIPS-Lite)

131
- Chip-Specific Information for this Module
  131
  - Instantiation Information
    131
- Introduction
  132
  - Features
    133
  - General Operation
    133
- Memory Map/Register Definition
  133
- Functional Description
  133
  - Access Support
    133
Chapter 11 Trigger MUX Control (TRGMUX)

135
- Chip-Specific Information for this Module
  135
  - Module Interconnectivity
    135
- Introduction
  140
  - Features
    140
- Functional Description
  140
- Memory Map and Register Definition
  140
  - TRGMUX1 Register Descriptions
    140
  - TRGMUX0 Register Descriptions
    145
- Usage Guide
  176
Chapter 12 Direct Memory Access Multiplexer (DMAMUX)

179
- Chip-Specific Information for this Module
  179
  - DMAMUX Request Sources
    179
  - DMA Trigger Sources
    181
- Introduction
  181
  - Overview
    182
  - Features
    182
  - Modes of Operation
    183
- External Signal Description
  183
- Memory Map/Register Definition
  183
  - Channel Configuration Register (Dmamux_Chcfgn)
    184
- Functional Description
  185
- Initialization/Application Information
  189
  - Reset
    189
  - Enabling and Configuring Sources
    189
Chapter 13 Enhanced Direct Memory Access (Edma)

193
Chapter 14 Memory and Memory Map

267
- Introduction
  267
- Flash Memory
  269
  - Flash Memory Types
    269
  - Flash Memory Sizes
    269
- SRAM Memory
  270
  - SRAM Sizes
    270
  - SRAM Retention in Low Power Modes
    270
- System Memory Map
  270
  - Aliased Bit-Band Regions
    272
  - Bit Manipulation Engine
    273
- Peripheral Memory Map
  273
  - Peripheral Bridge (AIPS-Lite) Memory Map
    274
- Private Peripheral Bus (PPB) Memory Map
  277
Chapter 15 Flash Acceleration Unit (FAU)

279
- Introduction
  279
- Modes of Operation
  279
- External Signal Description
  279
- Memory Map and Register Descriptions
  280
- Functional Description
  280
- Usage Guide
  280
  - FAU Features
    281
  - FAU Configuration
    281
Chapter 16 Flash Memory Module (FTFE)

283
- Chip-Specific Information for this Module
  283
- Introduction
  283
  - Features
    284
  - Block Diagram
    286
  - Glossary
    286
- External Signal Description
  288
- Memory Map and Registers
  289
  - Flash Configuration Field Description
    289
  - Program Flash 0 IFR Map
    289
  - Data Flash 0 IFR Map
    290
  - Register Descriptions
    293
- Functional Description
  309
  - Flash Protection
    309
  - Flash Access Protection
    311
  - Flexnvm Description
    312
  - Interrupts
    316
  - Flash Operation in Low-Power Modes
    317
  - Flash Memory Reads and Ignored Writes
    317
  - Read While Write (RWW)
    317
  - Flash Program and Erase
    318
  - FTFE Command Operations
    318
  - Margin Read Commands
    325
  - Flash Command Descriptions
    326
  - Security
    351
  - Security
    352
- Reset Sequence
  354
- Usage Guide
  355
  - Clock Distribution
    357
- Introduction
  357
- High-Level Clocking Diagram
  358
- Clock Definitions
  358
- Typical Clock Configuration
  359
  - Default Start-Up Clock
    359
  - VLPR Mode Clocking
    360
- Clock Gating
  360
- Module Clocks
  360
  - LPO Clock Distribution
    362
  - EWM Clocks
    362
  - WDOG Clocking Information
    362
  - ADC Clocking Information
    363
    
    WDOG Clocking Information
    363
  - PDB Clock Options
    364
  - FTM Clocking Information
    364
  - LPTMR Prescaler/Glitch Filter Clocking Options
    365
  - RTC Clocking Information
    365
  - TSI Clocking Information
    366
  - Module Clocking Information for LPUART, LPSPI, LPI2C, Flexio and LPIT
    367
Chapter 18 System Clock Generator (SCG)

369
Chapter 19 RTC Oscillator (OSC32)

405
- Introduction
  405
  - Features and Modes
    405
  - Block Diagram
    405
- RTC Signal Descriptions
  406
  - EXTAL32 - Oscillator Input
    406
  - XTAL32 - Oscillator Output
    406
- External Crystal Connections
  407
- Memory Map/Register Descriptions
  407
  - RTC Oscillator Control Register (OSC32_CR)
    407
- Functional Description
  408
- Reset Overview
  409
- Interrupts
  409
Chapter 20 Peripheral Clock Controller (PCC)

411
- Chip-Specific Information for this Module
  411
  - Information of PCC on this Device
    411
- Introduction
  411
  - Features
    411
- Functional Description
  412
- Memory Map and Register Definition
  413
  - PCC Register Descriptions
    413
Chapter 21 Reset and Boot

459
- Introduction
  459
- Reset
  460
  - Power-On Reset (POR)
    460
  - System Resets
    460
  - MCU Resets
    463
  - Reset Pin
    464
- Boot
  464
  - Boot Options
    465
  - Boot Sequence
    467
Chapter 22 Kinetis ROM Bootloader

469
- Chip-Specific Information for this Module
  469
  - Boot ROM Configuration
    469
    
    Introduction
    470
    
    Functional Description
    471
  - The Kinetis Bootloader Configuration Area (BCA)
    472
  - Start-Up Process
    474
  - Clock Configuration
    476
  - Bootloader Entry Point / API Tree
    477
  - Bootloader Protocol
    478
  - Bootloader Packet Types
    481
  - Bootloader Command API
    487
  - Bootloader Exit State
    500
  - Flash Driver API Tree
    501
  - Quick Demo Using Kinetis Flash Driver API
    502
  - Flash Driver Data Structures
    503
  - Flash Driver API
    504
- Peripherals Supported
  518
  - SPI Peripheral
    520
  - UART Peripheral
    523
- Get/Setproperty Command Properties
  525
  - Property Definitions
    527
- Kinetis Bootloader Status Error Codes
  528
- Chip-Specific Information for this Module
  531
- Reset Memory Map and Register Descriptions
  532
- Power Modes Description
  548
Chapter 24

549
- Run Mode
  549
- Wait Mode
  550
- Stop Mode
  551
- Power Domains
  553
- Entering and Exiting Power Modes
  554
- Power Modes Shutdown Sequencing
  555
- Module Operation in Low Power Modes
  556
  - Peripheral Doze
    559
- Low-Power Wake-Up Sources
  560
  - Introduction
    563
  - Memory Map and Register Descriptions
    565
  - SMC Parameter Register (SMC_PARAM)
    566
  - Power Mode Protection Register (SMC_PMPROT)
    567
  - Power Mode Control Register (SMC_PMCTRL)
    569
  - Stop Control Register (SMC_STOPCTRL)
    570
  - Power Mode Status Register (SMC_PMSTAT)
    572
  - Power Mode Transitions
    573
  - Power Mode Entry/Exit Sequencing
    574
  - Run Modes
    576
  - Wait Modes
    578
  - Stop Modes
    579
  - Debug in Low Power Modes
    580
  - Chip-Specific Information for this Module
    581
Chapter 26

582
Chapter 27

591
- General Security Features
  591
  - Introduction
    593
  - Modes of Operation
    594
  - Block Diagram
    595
Chapter 28 EWM Signal Descriptions

596
- Service Register (EWM_SERV)
  597
- Compare High Register (EWM_CMPH)
  598
- Clock Prescaler Register (EWM_CLKPRESCALER)
  599
- The Ewm_In Signal
  600
- EWM Counter
  601
- EWM Interrupt
  602
- Ewm_Out Pin State in Low Power Modes
  603
  - Chip-Specific Information for this Module
    605
  - Introduction
    606
  - Block Diagram
    607
Chapter 29

608
- Watchdog Control and Status Register (WDOG_CS)
  608
- Watchdog Counter Register (WDOG_CNT)
  611
- Watchdog Window Register (WDOG_WIN)
  612
- Functional Description
  613
- Watchdog Refresh Mechanism
  614
- Configuring the Watchdog
  616
- Using Interrupts to Delay Resets
  617
- Functionality in Debug and Low-Power Modes
  618
- Application Information
  619
- Disable Watchdog
  620
- Refreshing the Watchdog
  621
  - Introduction
    623
  - Modes of Operation
    624
Chapter 30

625
- CRC Data Register (CRC_DATA)
  625
- CRC Polynomial Register (CRC_GPOLY)
  626
- Functional Description
  627
- CRC Initialization/Reinitialization
  628
- Transpose Feature
  629
- CRC Result Complement
  631
- Bit POSIX CRC
  632
- Bit KERMIT CRC
  633
- Introduction
  635
Chapter 31

637
- MDM-AP Status Register
  637
- MDM-AP Control Register
  638
- Debug Resets
  639
- Debug in Low-Power Modes
  640
  - Introduction
    641
  - Features
    644
  - Modes of Operation
    645
  - Memory Map and Register Definition
    646
Chapter 32

658
- MTB_DWT Memory Map
  658
- System ROM Memory Map
  668
- Usage Guide
  672
- ARM Reference
  673
- Introduction
  675
Chapter 33

679
- Pin Properties
  679
- Pinout Diagram
  682
- Module Signal Description Tables
  684
  - Core Modules
    685
  - Analog
    686
  - Chip-Specific Information for this Module
    691
Chapter 34

692
Chapter 37

780
- CMP Clocking Information
  780
  - Inter-Connectivity Information
    781
  - Application-Related Information
    782
  - Introduction
    784
- Bit DAC Key Features
  785
- CMP, DAC, and ANMUX Diagram
  786
- CMP Block Diagram
  787
- CMP Pin Descriptions
  788
  - External Pins
    789
  - Disabled Mode (# 1)
    791
    
    Sampled, Non-Filtered Mode (#S 3A & 3B)
    792
    
    Sampled, Filtered Mode (#S 4A & 4B)
    793
    
    Windowed Mode (#S 5A & 5B)
    795
  - Windowed/Filtered Mode (#7)
    798
- Memory Map/Register Definitions
  799
  - CMP Control Register 1 (Cmpx_C1)
    803
  - CMP Control Register 2 (Cmpx_C2)
    806
- CMP Functional Description
  808
- Initialization
  809
- Interrupts
  811
- DMA Support
  812
  - DAC Resets
    813
  - Usage Guide
    816
  - Window Mode
    817
    
    Chip-Specific Information for this Module
    821
    
    Inter-Connectivity Information
    822
    
    Introduction
    824
Chapter 38

825
- Implementation
  825
  - Block Diagram
    826
  - Modes of Operation
    827
- Status and Control Register (Pdbx_Sc)
  829
- Modulus Register (Pdbx_Mod)
  832
- Interrupt Delay Register (Pdbx_Idly)
  833
- Channel N Status Register (Pdbx_Chns)
  834
- Channel N Delay 0 Register (Pdbx_Chndly0)
  835
- Channel N Delay 1 Register (Pdbx_Chndly1)
  836
- Pulse-Out N Delay Register (Pdbx_Pondly)
  837
- PDB Trigger Input Source Selection
  840
- Updating the Delay Registers
  841
- Interrupts
  843
- Impact of Using the Prescaler and Multiplication Factor on Timing Resolution
  844
- Chip-Specific Information for this Module
  845
Chapter 48 Inter-Connectivity Information

846
- Introduction
  850
  - Features
    851
  - Modes of Operation
    853
- FTM Signal Descriptions
  855
  - Register Descriptions
    856
  - Status and Control (Ftmx_Sc)
    862
  - Counter (Ftmx_Cnt)
    865
    
    Channel (N) Status and Control (Ftmx_Cnsc)
    867
  - Channel (N) Value (Ftmx_Cnv)
    869
  - Capture and Compare Status (Ftmx_Status)
    870
  - Features Mode Selection (Ftmx_Mode)
    872
  - Synchronization (Ftmx_Sync)
    874
  - Initial State for Channels Output (Ftmx_Outinit)
    876
  - Output Mask (Ftmx_Outmask)
    878
  - Function for Linked Channels (Ftmx_Combine)
    880
  - Deadtime Configuration (Ftmx_Deadtime)
    884
  - FTM External Trigger (Ftmx_Exttrig)
    885
  - Channels Polarity (Ftmx_Pol)
    887
  - Fault Mode Status (Ftmx_Fms)
    890
  - Input Capture Filter Control (Ftmx_Filter)
    892
  - Fault Control (Ftmx_Fltctrl)
    893
  - Quadrature Decoder Control and Status (Ftmx_Qdctrl)
    896
  - Configuration (Ftmx_Conf)
    898
  - FTM Fault Input Polarity (Ftmx_Fltpol)
    899
  - Synchronization Configuration (Ftmx_Synconf)
    900
  - FTM Inverting Control (Ftmx_Invctrl)
    902
  - FTM Software Output Control (Ftmx_Swoctrl)
    903
  - FTM PWM Load (Ftmx_Pwmload)
    906
  - Half Cycle Register (Ftmx_Hcr)
    908
  - Mirror of Channel (N) Match Value (Ftmx_Cnv_Mirror)
    909
  - Clock Source
    910
  - Prescaler
    911
  - Channel Modes
    917
  - Input Capture Mode
    919
  - Output Compare Mode
    922
  - Edge-Aligned PWM (EPWM) Mode
    924
  - Center-Aligned PWM (CPWM) Mode
    926
  - Combine Mode
    927
  - Complementary Mode
    935
  - Registers Updated from Write Buffers
    936
  - PWM Synchronization
    938
  - Inverting
    954
  - Software Output Control Mode
    955
  - Deadtime Insertion
    957
  - Output Mask
    960
  - Fault Control
    961
  - Polarity Control
    964
  - Initialization
    965
  - External Trigger
    966
  - Channel Trigger Output
    967
  - Initialization Trigger
    968
  - Capture Test Mode
    971
  - Dual Edge Capture Mode
    973
  - Quadrature Decoder Mode
    980
  - Debug Mode
    985
  - Reload Points
    986
  - Global Load
    989
  - Global Time Base (GTB)
    990
  - Output Logic
    991
  - Dithering
    992
  - Reset Overview
    1001
- FTM Interrupts
  1003
  - Fault Interrupt
    1004
  - Usage Guide
    1005
  - FTM Modulation Implementation
    1006
  - FTM Global Time Base
    1007
  - FTM BDM and Debug Halt Mode
    1008
- Chip-Specific Information for this Module
  1009
Chapter 47

1010
- Inter-Connectivity Information
  1010
  - Block Diagram
    1012
  - Memory Map and Registers
    1013
- Version ID Register (Lpitx_Verid)
  1014
- Module Control Register (Lpitx_Mcr)
  1015
- Module Status Register (Lpitx_Msr)
  1016
- Module Interrupt Enable Register (Lpitx_Mier)
  1017
- Set Timer Enable Register (Lpitx_Setten)
  1018
- Clear Timer Enable Register (Lpitx_Clrten)
  1019
- Timer Value Register (Lpitx_Tvaln)
  1020
- Current Timer Value (Lpitx_Cvaln)
  1021
- Timer Control Register (Lpitx_Tctrln)
  1022
  - Functional Description
    1023
  - Initialization
    1024
- Trigger Control for Timers
  1025
- Channel Chaining
  1026
- LPIT/ADC Trigger
  1027
  - Chip-Specific Information for this Module
    1031
  - Inter-Connectivity Information
    1032
  - Introduction
    1033
  - Modes of Operation
    1034
  - External Signal Description
    1035
  - PWTIN[3:0] — Pulse Width Timer Capture Inputs
    1036
- Pulse Width Timer Control and Status Register (PWT_CS)
  1037
- Pulse Width Timer Control Register (PWT_CR)
  1038
- Pulse Width Timer Positive Pulse Width Register: High (PWT_PPH)
  1039
- Pulse Width Timer Negative Pulse Width Register: High (PWT_NPH)
  1040
- Pulse Width Timer Counter Register: High (PWT_CNTH)
  1041
- Edge Detection and Capture Control
  1042
  - Reset Overview
    1046
  - Interrupts
    1047
- Application Examples
  1048
  - Initialization/Application Information
    1049
  - Usage Guide
    1050
  - Chip-Specific Information for this Module
    1053
  - Inter-Connectivity Information
    1054
  - Introduction
    1055
Chapter 42 LPTMR Signal Descriptions

1056
- Low Power Timer Control Status Register (Lptmrx_Csr)
  1057
- Low Power Timer Prescale Register (Lptmrx_Psr)
  1058
- Low Power Timer Compare Register (Lptmrx_Cmr)
  1060
- LPTMR Power and Reset
  1061
- LPTMR Compare
  1063
- LPTMR Hardware Trigger
  1064
- Pulse Counter Mode
  1065
  - Chip-Specific Information for this Module
    1067
  - Inter-Connectivity Information
    1068
  - Introduction
    1069
  - Modes of Operation
    1070
- RTC Time Seconds Register (RTC_TSR)
  1071
- RTC Time Alarm Register (RTC_TAR)
  1072
- RTC Control Register (RTC_CR)
  1074
- RTC Status Register (RTC_SR)
  1076
- RTC Lock Register (RTC_LR)
  1077
- RTC Interrupt Enable Register (RTC_IER)
  1078
- RTC Write Access Register (RTC_WAR)
  1080
- RTC Read Access Register (RTC_RAR)
  1081
- Functional Description
  1082
- Time Counter
  1083
- Compensation
  1084
- Time Alarm
  1085
- Access Control
  1086
- RTC_CLKOUT Signal
  1088
  - Chip-Specific Information for this Module
    1089
  - Module Clocking Information for LPUART, LPSPI, LPI2C, Flexio and LPIT
    1090
  - Introduction
    1091
  - Block Diagram
    1092
  - Signal Descriptions
    1093
  - Memory Map and Registers
    1094
Chapter 44

1095
- Version ID Register (Lpspix_Verid)
  1095
- Parameter Register (Lpspix_Param)
  1096
- Control Register (Lpspix_Cr)
  1097
- Status Register (Lpspix_Sr)
  1098
- Interrupt Enable Register (Lpspix_Ier)
  1100
- DMA Enable Register (Lpspix_Der)
  1101
- Configuration Register 0 (Lpspix_Cfgr0)
  1102
- Configuration Register 1 (Lpspix_Cfgr1)
  1103
- Data Match Register 0 (Lpspix_Dmr0)
  1105
- Clock Configuration Register (Lpspix_Ccr)
  1106
- FIFO Control Register (Lpspix_Fcr)
  1107
- Transmit Command Register (Lpspix_Tcr)
  1108
- Transmit Data Register (Lpspix_Tdr)
  1111
- Receive Status Register (Lpspix_Rsr)
  1112
- Receive Data Register (Lpspix_Rdr)
  1113
  - Master Mode
    1114
  - Slave Mode
    1119
  - Interrupts and DMA Requests
    1121
  - Peripheral Triggers
    1122
  - Chip-Specific Information for this Module
    1123
  - Inter-Connectivity Information
    1124
  - Introduction
    1125
  - Features
    1126
  - Block Diagram
    1127
  - Signal Descriptions
    1128
Chapter 45 Version ID Register (Lpi2Cx_Verid)

1131
- Master Control Register (Lpi2Cx_Mcr)
  1132
- Master Status Register (Lpi2Cx_Msr)
  1133
- Master Interrupt Enable Register (Lpi2Cx_Mier)
  1135
- Master DMA Enable Register (Lpi2Cx_Mder)
  1137
- Master Configuration Register 0 (Lpi2Cx_Mcfgr0)
  1138
- Master Configuration Register 1 (Lpi2Cx_Mcfgr1)
  1139
- Master Configuration Register 2 (Lpi2Cx_Mcfgr2)
  1141
- Master Configuration Register 3 (Lpi2Cx_Mcfgr3)
  1142
- Master Clock Configuration Register 0 (Lpi2Cx_Mccr0)
  1143
- Master Clock Configuration Register 1 (Lpi2Cx_Mccr1)
  1144
- Master FIFO Control Register (Lpi2Cx_Mfcr)
  1145
- Master Transmit Data Register (Lpi2Cx_Mtdr)
  1146
- Master Receive Data Register (Lpi2Cx_Mrdr)
  1147
- Slave Control Register (Lpi2Cx_Scr)
  1148
- Slave Status Register (Lpi2Cx_Ssr)
  1149
- Slave Interrupt Enable Register (Lpi2Cx_Sier)
  1152
- Slave DMA Enable Register (Lpi2Cx_Sder)
  1153
- Slave Configuration Register 1 (Lpi2Cx_Scfgr1)
  1154
- Slave Configuration Register 2 (Lpi2Cx_Scfgr2)
  1156
- Slave Address Match Register (Lpi2Cx_Samr)
  1157
- Slave Address Status Register (Lpi2Cx_Sasr)
  1158
- Slave Transmit ACK Register (Lpi2Cx_Star)
  1159
- Slave Receive Data Register (Lpi2Cx_Srdr)
  1160
- Functional Description
  1161
- Master Mode
  1162
- Slave Mode
  1168
- Interrupts and DMA Requests
  1170
- Peripheral Triggers
  1173
  - Chip-Specific Information for this Module
    1175
  - Inter-Connectivity Information
    1176
  - Introduction
    1177
  - Modes of Operation
    1178
Chapter 46

1179
- Signal Descriptions
  1179
- Register Definition
  1181
  - Functional Description
    1205
  - Transmitter Functional Description
    1206
  - Receiver Functional Description
    1209
  - Additional LPUART Functions
    1216
  - Infrared Interface
    1218
    
    Interrupts and Status Flags
    1219
    
    Chip-Specific Information for this Module
    1221
    
    Inter-Connectivity Information
    1223
    
    Overview
    1224
    
    Block Diagram
    1225
  - Flexio Signal Descriptions
    1226
  - Version ID Register (FLEXIO_VERID)
    1228
  - Parameter Register (FLEXIO_PARAM)
    1229
  - Pin State Register (FLEXIO_PIN)
    1230
  - Shifter Status Register (FLEXIO_SHIFTSTAT)
    1231
  - Shifter Error Register (FLEXIO_SHIFTERR)
    1232
  - Shifter Status Interrupt Enable (FLEXIO_SHIFTSIEN)
    1233
  - Shifter Error Interrupt Enable (FLEXIO_SHIFTEIEN)
    1234
  - Shifter Status DMA Enable (FLEXIO_SHIFTSDEN)
    1235
  - Shifter Configuration N Register (Flexio_Shiftcfgn)
    1237
  - Shifter Buffer N Register (Flexio_Shiftbufn)
    1238
  - Shifter Buffer N Bit Swapped Register (Flexio_Shiftbufbisn)
    1239
  - Shifter Buffer N Bit Byte Swapped Register (Flexio_Shiftbufbbsn)
    1240
  - Timer Configuration N Register (Flexio_Timcfgn)
    1242
  - Timer Compare N Register (Flexio_Timcmpn)
    1244
  - Functional Description
    1245
  - Timer Operation
    1247
  - Pin Operation
    1249
  - Application Information
    1250
  - UART Receive
    1251
  - SPI Master
    1253
  - SPI Slave
    1255
  - I2C Master
    1257
  - I2S Master
    1259
  - I2S Slave
    1260
    
    Usage Guide
    1261
    
    Chip-Specific Information for this Module
    1269
    
    TSI Clocking Information
    1270
    
    Introduction
    1271
    
    Features
    1272
    
    External Signal Description
    1273
  - Tsi[24:0]
    1274
  - TSI General Control and Status Register (TSI_GENCS)
    1275
  - TSI DATA Register (TSI_DATA)
    1278
  - TSI Threshold Register (TSI_TSHD)
    1279
  - TSI MODE Register (TSI_MODE)
    1280
  - TSI MUTUAL-CAP Register 0 (TSI_MUL0)
    1282
  - TSI MUTUAL-CAP Register 1 (TSI_MUL1)
    1285
  - TSI SINC Filter Register (TSI_SINC)
    1288
  - TSI SSC Register 0 (TSI_SSC0)
    1292
  - TSI SSC Register 0 (TSI_SSC1)
    1294
  - TSI SSC Register 2 (TSI_SSC2)
    1295
  - Functional Description
    1296
  - Touch Sensor
    1297
  - Brief Timing and Operation of TSI
    1298
  - Self-Cap Sensing Mode
    1300
  - Mutual-Cap Sensing Mode
    1301
  - Enable TSI Module
    1303
  - Clock Setting
    1304
  - Reference Voltage
    1305
  - Out-Of-Range Interrupt
    1306
  - Spread Spectrum Clocking
    1307
  - Usage Guide
    1309

NXP Semiconductors Categories

Motherboard Microcontrollers Computer Hardware Control Unit Controller

More NXP Semiconductors Manuals

NXP Semiconductors Kinetis KE1xZ256 MCUs Manuals

NXP Semiconductors Kinetis KE1xZ256 Reference Manual (1325 pages)

Table of Contents

Chapter 1 About this Manual

Chapter 2 Introduction

Chapter 3 Core Overview

Chapter 4 Interrupts

Chapter 5 System Integration Module (SIM)

Chapter 6 Memory-Mapped Divide and Square Root (MMDVSQ)

Chapter 7 Miscellaneous Control Module (MCM)

Chapter 8 Bit Manipulation Engine (BME)

Chapter 9 Crossbar Switch Lite (AXBS-Lite)

Chapter 10 Peripheral Bridge (AIPS-Lite)

Chapter 11 Trigger MUX Control (TRGMUX)

Chapter 12 Direct Memory Access Multiplexer (DMAMUX)

Chapter 13 Enhanced Direct Memory Access (Edma)

Chapter 14 Memory and Memory Map

Chapter 15 Flash Acceleration Unit (FAU)

Chapter 16 Flash Memory Module (FTFE)

Chapter 18 System Clock Generator (SCG)

Chapter 19 RTC Oscillator (OSC32)

Chapter 20 Peripheral Clock Controller (PCC)

Chapter 21 Reset and Boot

Chapter 22 Kinetis ROM Bootloader

Chapter 24

Chapter 26

Chapter 27

Chapter 28 EWM Signal Descriptions

Chapter 29

Chapter 30

Chapter 31

Chapter 32

Chapter 33

Chapter 34

Chapter 37

Chapter 38

Chapter 48 Inter-Connectivity Information

Chapter 47

Chapter 42 LPTMR Signal Descriptions

Chapter 44

Chapter 45 Version ID Register (Lpi2Cx_Verid)

Chapter 46

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