Philips LPC213 Series

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User manual Rev. 01 — 24 June 2005 2

Philips Semiconductors

UM10120

Volume 1 LPC2131/2/4/6/8 UM

Contact information

For additional information, please visit: http://www.semiconductors.philips.com

For sales office addresses, please send an email to: sales.addresses@www.semiconductors.philips.com

Revision history

Rev Date Description

01 20050624 Initial version

Main Page

Chapter 1: General information3
- 1.1 Introduction3
- 1.2 Features3
- 1.3 Applications4
- 1.4 Device information4
- 1.5 Architectural overview5
- 1.6 ARM7TDMI-S processor5
- 1.7 On-chip Flash memory system6
- 1.8 On-chip Static RAM (SRAM)6
- 1.9 Block diagram7
Chapter 2: LPC2131/2/4/6/8 Memory Addressing8
- 2.1 Memory maps8
- 2.2 LPC2131/2132/2134/2136/2138 memory re-mapping and boot block12
  - 2.2.1 Memory map concepts and operating modes12
  - 2.2.2 Memory re-mapping13
- 2.3 Prefetch abort and data abort exceptions15
Chapter 3: System Control Block16
- 3.1 Summary of system control block functions16
- 3.2 Pin description16
- 3.3 Register description17
- 3.4 Crystal oscillator18
- 3.5 External interrupt inputs20
- 3.6 Memory mapping control25
  - 3.6.1 Memory Mapping control register (MEMMAP - 0xE01F C040)25
  - 3.6.2 Memory mapping control usage notes26
- 3.7 Phase Locked Loop (PLL)26
- 3.8 Power control33
- 3.9 Reset35
  - 3.9.1 Reset Source Identification Register (RSIR - 0xE01F C180)37
- 3.10 VPB divider38
  - 3.10.1 Register description38
  - 3.10.2 VPBDIV register (VPBDIV - 0xE01F C100)38
- 3.11 Wakeup timer39
- 3.12 Brown-out detection40
- 3.13 Code security vs debugging41
Chapter 4: Memory Acceleration Module (MAM)42
- 4.1 Introduction42
- 4.2 Operation42
- 4.3 MAM blocks43
- 4.4 MAM operating modes44
- 4.5 MAM configuration45
- 4.6 Register description45
- 4.7 MAM Control Register (MAMCR - 0xE01F C000)46
- 4.8 MAM Timing register (MAMTIM - 0xE01F C004)46
- 4.9 MAM usage notes47
Chapter 5: Vectored Interrupt Controller (VIC)48
- 5.1 Features48
- 5.2 Description48
- 5.3 Register description48
- 5.4 VIC registers50
- 5.5 Interrupt sources57
- 5.6 Spurious interrupts59
- 5.7 VIC usage notes61
Chapter 6: Pin configuration64
- 6.1 LPC2131/2132/2134/2136/2138 pinout64
- 6.2 Pin description for LPC2131/2/4/6/866
Chapter 7: Pin Connect Block73
- 7.1 Features73
- 7.2 Applications73
- 7.3 Description73
- 7.4 Register description73
Chapter 8: General Purpose Input/Output ports (GPIO)79
- 8.1 Features79
- 8.2 Applications79
- 8.3 Pin description79
- 8.4 Register description79
- 8.5 GPIO usage notes82
Chapter 9: Universal Asynchronous Receiver/Transmitter 0 (UART0)84
- 9.1 Features84
- 9.2 Pin description84
- 9.3 Register description84
- 9.4 Architecture93
Chapter 10: Universal Asynchronous Receiver/Transmitter 1 (UART1)95
- 10.1 Features95
- 10.2 Pin description95
- 10.3 Register description96
- 10.4 Architecture107
Chapter 11: I2C interfaces I2C0 and I2C1109
- 11.1 Features109
- 11.2 Applications109
- 11.3 Description109
- 11.4 Pin description110
- 11.5 I2C operating modes110
- 11.6 I2C Implementation and operation114
- 11.7 Register description118
- 11.8 Details of I2C operating modes123
- 11.9 Software example139
Chapter 12: SPI Interface (SPI0)147
- 12.1 Features147
- 12.2 Description147
- 12.3 Pin description151
- 12.4 Register description151
- 12.5 Architecture155
Chapter 13: SSP Controller (SPI1)156
- 13.1 Features156
- 13.2 Description156
- 13.3 Bus description157
- 13.4 Register description164
Chapter 14: Timer/Counter TIMER0 and TIMER1170
- 14.1 Features170
- 14.2 Applications170
- 14.3 Description170
- 14.4 Pin description170
- 14.5 Register description171
- 14.6 Example timer operation179
- 14.7 Architecture180
Chapter 15: Pulse Width Modulator (PWM)181
- 15.1 Features181
- 15.2 Description181
  - 15.2.1 Rules for single edge controlled PWM outputs184
  - 15.2.2 Rules for double edge controlled PWM outputs185
- 15.3 Pin description185
- 15.4 Register description185
Chapter 16: Analog-to-Digital Converter (ADC)193
- 16.1 Features193
- 16.2 Description193
- 16.3 Pin description193
- 16.4 Register description194
- 16.5 Operation197
Chapter 17: Digital-to-Analog Converter (DAC)198
- 17.1 Features198
- 17.2 Pin description198
- 17.3 DAC Register (DACR - 0xE006 C000)198
- 17.4 Operation199
Chapter 18: Real Time Clock200
- 18.1 Features200
- 18.2 Description200
- 18.3 Architecture200
- 18.4 Register description201
- 18.5 RTC usage notes207
- 18.6 Reference clock divider (prescaler)207
- 18.7 RTC external 32 kHz oscillator component selection210
Chapter 19: Watchdog Timer212
- 19.1 Features212
- 19.2 Applications212
- 19.3 Description212
- 19.4 Register description213
- 19.5 Block diagram214
Chapter 20: Flash Memory System and Programming216
- 20.1 Flash Boot Loader216
- 20.2 Features216
- 20.3 Applications216
- 20.4 Description216
- 20.5 Sector numbers220
- 20.6 Flash content protection mechanism221
- 20.7 Code Read Protection (CRP)222
- 20.8 ISP commands222
- 20.9 IAP Commands230
- 20.10 JTAG Flash programming interface236
Chapter 21: EmbeddedICE logic237
- 21.1 Features237
- 21.2 Applications237
- 21.3 Description237
- 21.4 Pin description238
- 21.5 Reset state of multiplexed pins238
- 21.6 Register description239
- 21.7 Block diagram239
Chapter 22: Embedded Trace Macrocell (ETM)240
- 22.1 Features240
- 22.2 Applications240
- 22.3 Description240
  - 22.3.1 ETM configuration240
- 22.4 Pin description241
- 22.5 Reset state of multiplexed pins241
- 22.6 Register description242
- 22.7 Block diagram243
Chapter 23: RealMonitor244
- 23.1 Features244
- 23.2 Applications244
- 23.3 Description244
- 23.4 How to enable Realmonitor247
- 23.5 RealMonitor build options252
Chapter 24: Supplementary information255
- 24.1 Abbreviations255
- 24.2 Disclaimers256
- 24.3 Trademarks256
- 24.4 Tables257
- 24.5 Figures262
- 24.6 Contents263

Philips LPC213 Series - Page 2

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