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S12D: S12D Automotive and Industrial Microcontrollers (MCUs)

The MC9S12D is a 16-bit MCU composed of standard on-chip peripherals, including:

System resource mapping, clock generation, interrupt control and bus interfacing are managed by the System Integration Module (SIM).

The MC9S12D has full 16-bit data paths throughout. However, the external bus can operate in an 8-bit narrow mode so single 8-bit wide memory can be interfaced for lower cost systems.

A PLL circuit allows power consumption and performance to be adjusted.

特性

• Upward compatible with M68HC11 instruction set
• Interrupt stacking and programmer's model identical to M68HC11
• Instruction pipe
• Enhanced indexed addressing
• Until 512 Kbyte Flash EEPROM
• until 4 Kbyte EEPROM
• Until 12 Kbyte RAM

Data Sheets (10)

Name/Description	Modified Date
MC9S12DT256 Data Sheet and Reference Manual, zip format. Covers also the MC9S12A256, MC9S12DJ256, and MC9S12DG256 (REV 6) ZIP (5.1 MB) 9S12DT256_ZIP	08 Jul 2010
MC9S12DT128 Data Sheet and Reference Manual, zipped format. Also covers MC9S12DT128E, MC9S12DG128, MC9S12DG128E,... (REV 15) ZIP (6.1 MB) 9S12DT128_ZIP	07 Jun 2010
MC9S12DT256 Data Sheet and Reference Manual, zip format. Covers also the MC9S12A256, MC9S12DJ256, and MC9S12DG256 S12D MC9S12DT128 Data Sheet and Reference Manual, zipped format. Also covers MC9S12DT128E, MC9S12DG128, MC9S12DG128E,... S12D MC9S12DJ64 Data Sheet and Reference Manual zip format. Covers also MC9S12D64, MC9S12A64, MC9S12D32, and MC9S12A32 S12D MC9S12DP256B Data Sheet and Reference Manual, zip format. Also covers MC9S12DT256C, MC9S12DJ256C, MC9S12DG256C,... S12D MC9S12DP512 Data Sheet and Reference Manual, zip format. Covers also the MC9S12DT512, MC9S12DJ512, and MC9S12A512 S12D MC9S12DT128B Data Sheet and Reference Manual, zipped format. Also covers MC9S12DG128B, MC9S12DJ128B, and MC9S12DB128B S12D HCS12DB Family Product Proposal S12D HCS12 Document Methodology - Data Sheet S12E HCS12 D-Family Product Proposal S12D ARCHIVED 2005 - MC9S12DP256 Advance Information for 0K36N mask set only S12D Bosch Controller Area Network (CAN) Version 2.0 Protocol Standard S12D MSE9S12DT128_1L65P Mask Set Errata S12D MSE9S12DT128_1L85D Mask Set Errata S12D MSE9S12DT128_2L40K Mask Set Errata S12D MSE9S12DT128_2L65P Mask Set Errata S12D MSE9S12DT128_2L94R Mask Set Errata S12D MSE9S12DT128_3L40K Mask Set Errata S12D MSE9S12DT128_3L65P Mask Set Errata S12D MSE9S12DT128_4L40K Mask Set Errata S12D MSE9S12DT128_5L40K Mask Set Errata S12D MSE9S12DT256_0L01Y Mask Set Errata S12D MSE9S12DT256_0L91N Mask Set Errata S12D MSE9S12DT256_0M46A Mask Set Errata S12D MSE9S12DT256_2L91N Mask Set Errata S12D MSE9S12DT256_3L91N Mask Set Errata S12D MSE9S12DT256_4L91N Mask Set Errata S12D MSE9S12D256B_1K79X Mask Set Errata S12D MSE9S12D256B_2K79X Mask Set Errata S12D MSE9S12DG128_0L58S Mask Set Errata S12D MSE9S12DG128_1L58S Mask Set Errata S12D MSE9S12DG64_0L43P Mask Set Errata S12D MSE9S12DG64_0L86D Mask Set Errata S12D MSE9S12DG64_0M89C Mask Set Errata S12D MSE9S12DG64_1L86D Mask Set Errata S12D MSE9S12DG64_2L86D Mask Set Errata S12D MSE9S12DG64_3L86D Mask Set Errata S12D MSE9S12DG64_4L86D Mask Set Errata S12D MSE9S12DP256_0L58F Mask Set Errata S12D MSE9S12DP512_0L00M Mask Set Errata S12D MSE9S12DP512_1L00M Mask Set Errata S12D MSE9S12DP512_2L00M Mask Set Errata S12D MSE9S12DP512_3L00M Mask Set Errata S12D MSE9S12DP512_4L00M Mask Set Errata S12D MSE9S12DT128_0L40K Mask Set Errata S12D MSE9S12DT128_0L59W Mask Set Errata S12D MSE9S12DT128_0L65P Mask Set Errata S12D MSE9S12DT128_0L85D Mask Set Errata S12D MSE9S12DT128_0L94R Mask Set Errata S12D MSE9S12DT128_1L40K Mask Set Errata S12D MSE9S12D256B_0K79X Mask Set Errata S12D MSE9S12D32_0L95N Mask Set Errata S12D MSE9S12D32_1L95N Mask Set Errata S12D MSE9S12DT128_1L59W Mask Set Errata S12D AN4483, Emulated EEPROM Routines for the S12P Family - Application Notes S12XS A Utility for Programming Single FLASH Array HCS12 MCUs, with Minimum RAM Overhead S12K HCS12 and S12XE Family Compatibility S12XE AN3391, LFAE Bootloader Example and Interface for use with AN2546 - Application Notes S12K LINkits LIN Evaluation Boards S12GC PWM Generation Using HCS12 Timer Channels S12XD Examples of HCS12 External Bus Design; A Companion Note to AN2287/D S12K AN3034, Using MSCAN on the S12 Family - Application Notes S12D Using the HCS12 NVM Standard Software Drivers with the Cosmic Compiler S12K AN2974, Quick Start for Beginners to Drive a Stepper Motor - Application Notes S08D HCS12 Load RAM and Execute Bootloader User Guide S12K Designing Hardware for the HCS12 D-Family S12K Input/Output (I/O) Pin Drivers S12D HCS12 External Bus Design S12K A Software Interrupt Priority Scheme for HCS12 Microcontrollers S12K Using the MC9S12E128 to Implement an IrDA Interface S12K Serial Monitor Program for HCS12 MCUs S12K HCS12 Software Stationery S12K HCS12 NVM Guidelines S12K ARCHIVED 2005 MPXY8000 Series Tire Pressure Sensor S12D An Overview of the HCS12 ATD Module S12K Interfacing to the HCS12 ATD Module S12K ADC Definitions and Specifications S08SC4 Low Power Management using HCS12 and SBC devices S12K Implementation of a UDP/IP Stack on HCS12 Microcontrollers S12K Opto Isolation Circuits For In Circuit Debugging of 68HC9(S)12 and 68HC908 Microcontrollers S12K MI Bus Software Driver for the MC9S12DP256 S12K Using the I2C Bus with HCS12 Microcontrollers S12K MSCAN Low-Power Applications S08D Fast NVM Programming for the MC9S12DP256 S12GC The MSCAN on the MC9S12DP256 compared with the MSCAN on the HC12 family. S12D Audio Reproduction on HCS12 Microcontrollers S12K Low Battery Cranking Pulse in Automotive Applications S12GC Using Cosmic Software's M68HC12 Compiler for MC9S12DP256 S12GC A Serial Bootloader for Reprogramming the MC9S12DP256 FLASH Memory S12GC Using Background Debug Mode for the M68HC12 Family S12GC Local Interconnect Network (LIN) Demonstration S08SL Non-Volatile Memory Technology Overview S08SL Designing for Electromagnetic Compatibility (EMC) with HCMOS Microcontrollers S08SL Noise Reduction Techniques for Microcontroller-Based Systems S12XE Determining MCU Oscillator Start-Up Parameters S12XE Precision Sine-Wave Tone Synthesis Using 8-Bit MCUs S12D Expanding Digital Input with an A/D Converter S12XD Using the Callable Routines in D-Bug12 S12GC Using M68HC12 Indexed Indirect Addressing S12GC Using and Extending D-Bug12 Routines S12GC Transporting M68HC11 Code to M68HC12 Devices S12GC System Design and Layout Techniques for Noise Reduction in MCU-Based Systems S08D Designing for Electromagnetic Compatibility with Single-Chip Microcontrollers S08D 9S12v2 S12D MISRA Compliance in NXP® Automotive C Language Header Files - Engineering Bulletin S12ZVL Differences between MC9S12DG128 and MC3S12RG128 S12D HCS12 D-Family Compatibility S12D Typical Data Retention for Nonvolatile Memory S08AW Typical Endurance for Nonvolatile Memory S08AW SCI Interrupt Errata Workaround for HCS12 Family Family Devices S12K Use of OSC2/XTAL as a Clock Output on NXP® Semiconductors Microcontrollers S12XD A comparison of the MC9S12DP256 (mask set 0K36N) versus the HC12 S12D EB377Change Summary of the MC9S12DP256 mask set 0K79X versus 0K36N Engineering Brief S12D Initializing a BDLC-Based SAE J1850 Node on a GM Class 2 or Chrysler PCI Network S12D Automotive safety systems for Electronic Stability Control - Fact Sheet mc12xs2 MC9S12D64 Fact Sheet S12D MC9S12DJ64 - Fact Sheet S12D 16-bit Microcontroller S12D NVMSSDFS S12D 16-bit Microcontroller S12D 16-bit Microcontroller S12D 16-bit Microcontroller S12D 16-bit Microcontroller S12D 16-bit Microcontroller S12D 16-bit Microcontroller S12D 16-bit Microcontroller S12D ARCHIVED - SG2002 Body Control S12D ARCHIVED - SG2010 Steering Electronic Power Assisted S12D ARCHIVED - SG2032 Automotive Controller Area Network (CAN) Applications S12D ARCHIVED - SG2011 Tire Pressure Monitoring System S12D 0.25um ATMC and TSMCFAB3/11 KLM QFP Copper Wire and Leadframe Flag Conversion Qualification S08LG Copper Wire Conversion for Microcontroller and Microprocessor Devices S08SL MC9S12D64 (0M89C ATMC Fab) Room Test Elimination S12D TSPG MCD KLM PROBE EXPANSION S12D TSPG 0.25UM PROCESS QUAL MOS 13 S12D TSPG 0.25UM PROCESS QUALIFICATION MOS13 S12GC TSPG 8/16 BIT TRIO TECH B/I CAPACITY S12D ADD FINAL TEST SITE FOR HCS12DX128 S12D TRAY MATERIAL CHANGE FOR LQFP 2020 1.4. S12E MC QUAL OF MC9S12DP512 (WHALESHARK) S12D UPDATE - MC QUAL OF 0.25 MICRON MC9S12C32 S12E S9FSD512 WHALESHARK TEST SITE TRANSFER S12D MC9S12DX128/DX128E AMB TEST ELIMINATION S12D 14X14X2.2 QFP NEW CARRIER TAPE S12E UPDATE - MC QUAL OF 0.25 MICRON MC9S12C32 S12E ADVANCE NOTIFICATION OF S12 BI REDUCTION S12E MC QUAL OF 0.25 MICRON MC9S12C32 S12E AMBIENT TEST ELIMINATION FOR MC9S12DX64 S12D FINAL MFG CONTRACT TEST QUAL. UPDATE S12D MC QUAL OF 0.25 MICRON 68HC9S12DX128 S12D AMBIENT TEST ELIM ON MC9S12DX128/DX128E S12D REDESIGN OF NH1414 2.2 14X14 MQFP TRAY S12D AMBIENT TEST ELIMN ON MC9S12D64 S12D MC9S12DX256/DX128 AMBIENT TEST ELIM. S12D FINAL MFG CONTRACT TEST QUAL. UPDATE S12D FINAL MFG CONTRACT TEST QUAL. UPDATE S12D BARRACUDA AMBIENT TEST ELIMINATION S12D MARLIN AMBIENT TEST ELIMINATION S12D FINAL MFG CONTRACT TEST QUALIFICATION UPDATE S12D MC QUAL OF 0.25 MICRON MC9S12DX64 S12D FINAL MFG CONTRACT TEST QUALIFICATION S12D 20X20 LQFP ASSY MOVE FROM SHC TO KLM S12D 14X14 QFP ASSY MOVE FROM SHC TO KLM, PT 2 OF 2 S12D MC9S12XDX Product Numbering Scheme SG1106 Q3 2006 S12D MC9S12D Family Product Numbering Scheme S12D LFBDMPGMRS12FW s12q D-Bug12XZ s12zvm DB12v4FW s12vr MSCAN driver for S12(X) devices s12xhy [Archive]:Assembly examples from training course s12q [Archive]:HCS12 PLL Component Calculator Utility s12q 98ASS23330W MCF5223X MC9S12DP512CPVE.pdf s12d MC9S12DP512CPVER.pdf s12d MC9S12DP512MPVE.pdf s12d MC9S12DP512VPVE.pdf s12d MC9S12DT512CPVE.pdf s12d S9S12DP51J4CPVER.pdf s12d S9S12DP51J4VPVE.pdf s12d MC9S12D64CPVE.pdf s12d MC9S12D64MPVE.pdf s12d MC9S12D64VPVE.pdf s12d MC9S12DB128CPVE.pdf s12d MC9S12DG128CPVE.pdf s12d MC9S12DG128CPVER.pdf s12d MC9S12DG128MPVE.pdf s12d MC9S12DG128VPVE.pdf s12d MC9S12DG256CPVE.pdf s12d MC9S12DG256MPVE.pdf s12d MC9S12DG256VPVE.pdf s12d MC9S12DJ128CPVE.pdf s12d MC9S12DJ128MPVE.pdf s12d MC9S12DJ128VPVE.pdf s12d MC9S12DJ256CPVE.pdf s12d MC9S12DJ256MPVE.pdf s12d MC9S12DJ64CPVE.pdf s12d MC9S12DT128CPVE.pdf s12d MC9S12DT128MPVE.pdf s12d MC9S12DT128VPVE.pdf s12d MC9S12DT256CPVE.pdf s12d MC9S12DT256MPVE.pdf s12d MC9S12DT256VPVE.pdf s12d S9S12D64F0CPVE.pdf s12d S9S12D64F0CPVER.pdf s12d S9S12D64F0VPVER.pdf s12d S9S12DB12F1CPVE.pdf s12d S9S12DB12F1CPVER.pdf s12d S9S12DB12F1MPVE.pdf s12d S9S12DB12F1MPVER.pdf s12d S9S12DB12F1VPVE.pdf s12d S9S12DB12F1VPVER.pdf s12d S9S12DG12F1CPVE.pdf s12d S9S12DG12F1CPVER.pdf s12d S9S12DG12F1MPVE.pdf s12d S9S12DG12F1MPVER.pdf s12d S9S12DG12F1VPVE.pdf s12d S9S12DG12F1VPVER.pdf s12d S9S12DG12W2CPVE.pdf s12d S9S12DG25F0CPVE.pdf s12d S9S12DG25F0CPVER.pdf s12d S9S12DG25F0MPVE.pdf s12d S9S12DG25F0MPVER.pdf s12d S9S12DG25F0VPVE.pdf s12d S9S12DG25F0VPVER.pdf s12d S9S12DJ12F1MPVE.pdf s12d S9S12DJ12F1MPVER.pdf s12d S9S12DJ12F1VPVE.pdf s12d S9S12DJ12F1VPVER.pdf s12d S9S12DT12F1CPVER.pdf s12d S9S12DT12F1MPVE.pdf s12d S9S12DT25F0CPVER.pdf s12d S9S12DT25F0MPVER.pdf s12d S9S12DT25J4MPVER.pdf s12d S9S12DT25J4VPVER.pdf s12d S9S12D64F0MPVE.pdf s12d S9S12D64J4CPVE.pdf s12d S9S12D64J4CPVER.pdf s12d S9S12DG12J5MPVE.pdf s12d S9S12DG12J5VPVE.pdf s12d S9S12DG12J5VPVER.pdf s12d S9S12DG25J4CPVE.pdf s12d S9S12DG25J4CPVER.pdf s12d S912DG128H4VPVER.pdf s12d S9S12D64F0MPVER.pdf s12d S9S12DG12J5CPVER.pdf s12d S912DG12CE1VPVE.pdf s12d S912DG12CE1VPVER.pdf s12d S912DG12AE0CPVE.pdf s12d S912DT12PE2MPVER.pdf s12d S912DT12PE2VPVER.pdf s12d S9S12DG12J5CPVE.pdf s12d S9S12D64F0VPVE.pdf s12d S9S12DT12F1MPVER.pdf s12d MC9S12D64CPV.pdf s12d MC9S12D64MPV.pdf s12d MC9S12D64VPV.pdf s12d MC9S12D64VPVER.pdf s12d MC9S12DB128BCPV.pdf s12d MC9S12DB128BMPV.pdf s12d MC9S12DB128CPV.pdf s12d MC9S12DB128CPVER.pdf s12d MC9S12DB128MPV.pdf s12d MC9S12DB128MPVER.pdf s12d MC9S12DB128VPV.pdf s12d MC9S12DB128VPVE.pdf s12d MC9S12DG128BCPV.pdf s12d MC9S12DG128BMPV.pdf s12d MC9S12DG128BVPV.pdf s12d MC9S12DG128CPV.pdf s12d MC9S12DG128CPVR2.pdf s12d MC9S12DG128MPV.pdf s12d MC9S12DG128MPVER.pdf s12d MC9S12DG128VPV.pdf s12d MC9S12DG128VPVR2.pdf s12d MC9S12DG256BCPV.pdf s12d MC9S12DG256BVPV.pdf s12d MC9S12DG256CPV.pdf s12d MC9S12DG256MPV.pdf s12d MC9S12DG256VPV.pdf s12d MC9S12DJ128CPV.pdf s12d MC9S12DJ128CPVR2.pdf s12d MC9S12DJ128MPV.pdf s12d MC9S12DJ128MPVR2.pdf s12d MC9S12DJ128VPV.pdf s12d MC9S12DJ128VPVR2.pdf s12d MC9S12DJ256BCPV.pdf s12d MC9S12DJ256BMPV.pdf s12d MC9S12DJ256BVPV.pdf s12d MC9S12DJ256CCPV.pdf s12d MC9S12DJ256CPV.pdf s12d MC9S12DJ256MPV.pdf s12d MC9S12DJ256VPV.pdf s12d MC9S12DJ256VPVE.pdf s12d MC9S12DJ64CPV.pdf s12d MC9S12DJ64CPVER.pdf s12d MC9S12DJ64MPV.pdf s12d MC9S12DJ64MPVE.pdf s12d MC9S12DJ64VPV.pdf s12d MC9S12DJ64VPVE.pdf s12d MC9S12DJ64VPVER.pdf s12d MC9S12DP256BCPV.pdf s12d MC9S12DP256BMPV.pdf s12d MC9S12DP256CCPV.pdf s12d MC9S12DP512CPV.pdf s12d MC9S12DP512CPVR2.pdf s12d MC9S12DP512MPV.pdf s12d MC9S12DP512MPVR2.pdf s12d MC9S12DP512VPV.pdf s12d MC9S12DP512VPVR2.pdf s12d MC9S12DT128BCPV.pdf s12d MC9S12DT128CPV.pdf s12d MC9S12DT128CPVR2.pdf s12d MC9S12DT128MPV.pdf s12d MC9S12DT128VPV.pdf s12d MC9S12DT256BMPV.pdf s12d MC9S12DT256BVPV.pdf s12d MC9S12DT256CCPV.pdf s12d MC9S12DT256CMPV.pdf s12d MC9S12DT256CPV.pdf s12d MC9S12DT256CVPV.pdf s12d MC9S12DT256MPV.pdf s12d MC9S12DT256VPV.pdf s12d MC9S12DT512MPVE.pdf s12d MC9S12DT512VPVE.pdf s12d MC9SD64CPVR2.pdf s12d MC9SD64MPVR2.pdf s12d MC9SD64VPVR2.pdf s12d MC9SDG128BCPVR2.pdf s12d MC9SDG128BMPVR2.pdf s12d MC9SDG128BVPVR2.pdf s12d MC9SDJ256CCPVR2.pdf s12d MC9SDJ256CMPVR2.pdf s12d MC9SDJ256CVPVR2.pdf s12d MC9SDP256BCPVR2.pdf s12d MC9SDP256BMPVR2.pdf s12d MC9SDP256BVPVR2.pdf s12d MC9SDP256CCPVR2.pdf s12d MC9SDP256CMPVR2.pdf s12d MC9SDP256CVPVR2.pdf s12d MC9SDT128BMPVR2.pdf s12d MC9SDT256CCPVR2.pdf s12d MC9SDT256CMPVR2.pdf s12d MC9SDT256CVPVR2.pdf s12d S912DG128G0CPVE.pdf s12d S912DG128G0CPVER.pdf s12d S912DG128G1VPVE.pdf s12d S912DG128G1VPVER.pdf s12d S912DT12AG2CPVE.pdf s12d S912DT12AG2CPVER.pdf s12d S912DT12AG2MPVER.pdf s12d S912DT12AG2VPVER.pdf s12d S9S12DG12W2CPVER.pdf s12d S9S12DG12W2MPVE.pdf s12d S9S12DG25J4VPVER.pdf s12d S9S12DJ128F1MPV.pdf s12d S9S12DJ128F1MPVR.pdf s12d S9S12DJ128VPVE.pdf s12d S9S12DJ128VPVER.pdf s12d S9S12DJ12F1CPVE.pdf s12d S9S12DJ12J4MPV.pdf s12d S9S12DJ12J4MPVR2.pdf s12d S9S12DJ12W0VPV.pdf s12d S9S12DJ25F0CPVE.pdf s12d S9S12DJ25F0CPVER.pdf s12d S9S12DJ25F0VPVER.pdf s12d S9S12DP51J4MPVE.pdf s12d S9S12DP51J4VPVER.pdf s12d S9S12DT25F0VPVER.pdf s12d MC9S12DB128MPVE.pdf s12d MC9S12DJ128BVPV.pdf s12d MC9S12DJ128BMPV.pdf s12d MC9S12DJ128BCPV.pdf s12d S9S12DJ64F0CPVER.pdf s12d S9S12DJ64J4MPVE.pdf s12d S9S12DJ64J4MPVER.pdf s12d S9S12DT12J5MPVE.pdf s12d S9S12DT12J5MPVER.pdf s12d S9S12D64CPVR.pdf s12d S9S12D64J4VPVE.pdf s12d S9S12D64J4VPVER.pdf s12d S9S12DB12J5CPVE.pdf s12d S9S12DB12J5CPVER.pdf s12d S9S12DB12J5MPVE.pdf s12d S9S12DB12J5MPVER.pdf s12d S9S12DB12J5VPVE.pdf s12d S9S12DB12J5VPVER.pdf s12d S9S12DG12J5MPVER.pdf s12d S9S12DG12W2CPV.pdf s12d S9S12DG25J4MPVE.pdf s12d S9S12DG25J4MPVER.pdf s12d S9S12DJ12J5VPVE.pdf s12d S9S12DJ12J5VPVER.pdf s12d S9S12DT12J5CPVE.pdf s12d S9S12DT12J5CPVER.pdf s12d S9S12DT25J4CPVE.pdf s12d S9S12DT25J4CPVER.pdf s12d S912DG12CE1CPVE.pdf s12d S912DG12CE1CPVER.pdf s12d S912DT12AE0VPVE.pdf s12d 98ASB42846B s12q MC9S12D32CFUE.pdf s12d MC9S12D32MFUE.pdf s12d MC9S12D32VFUE.pdf s12d MC9S12D64CFUE.pdf s12d MC9S12D64CFUER.pdf s12d MC9S12D64MFUE.pdf s12d MC9S12D64VFUE.pdf s12d MC9S12DG128CFUE.pdf s12d MC9S12DG128CFUER.pdf s12d MC9S12DG128MFUE.pdf s12d MC9S12DG128VFUE.pdf s12d MC9S12DG256CFUE.pdf s12d MC9S12DG256MFUE.pdf s12d MC9S12DJ128CFUE.pdf s12d MC9S12DJ128VFUE.pdf s12d MC9S12DJ256CFUE.pdf s12d MC9S12DJ256MFUE.pdf s12d MC9S12DJ64CFUE.pdf s12d MC9S12DJ64MFUE.pdf s12d MC9S12DJ64VFUE.pdf s12d MC9S12DT256MFUE.pdf s12d MC9S12DJ64VFUER.pdf s12d S9S12D32F0CFUE.pdf s12d S9S12D64F0CFUE.pdf s12d S9S12D64F0CFUER.pdf 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