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S12XD: S12XD Automotive and Industrial Microcontrollers (MCUs)

Targeted for automotive multiplexing and mid-range body applications requiring flash from 64 KB to 512 KB, the MC9S12XD family gives you 32-bit performance (up to 80 MHz) with all the advantages and efficiencies of a 16-bit MCU.

The S12X provides low power consumption, excellent electromagnetic compatibility performance and code-size efficiency advantages.

NXP^® S12XD Microcontroller Block Diagram

S12XD: Product Image

特性

• 16-bit HCS12X CPU
  • Upward compatible with HCS12 instruction set
  • Interrupt stacking and programmer's model identical to HCS12
  • Instruction queue
  • Enhanced indexed addressing
  • Enhanced instruction set
• Upward compatible with HCS12 instruction set
• Interrupt stacking and programmer's model identical to HCS12
• Instruction queue
• Enhanced indexed addressing
• Enhanced instruction set
• EBI (external bus interface)
• MMC (module mapping control)
• INT (interrupt controller)
• DBG (debug module to monitor HCS12X CPU and XGATE bus activity)
• BDM (background debug mode)
• XGATE
  • Peripheral coprocessor
  • Parallel processing module offloads the CPU by providing high-speed data processing transfer between peripheral modules, RAM and I/O ports
  • Data transfer between flash EEPROM, peripheral modules and I/O ports
• Peripheral coprocessor
• Parallel processing module offloads the CPU by providing high-speed data processing transfer between peripheral modules, RAM and I/O ports
• Data transfer between flash EEPROM, peripheral modules and I/O ports
• Enhanced MSCAN module delivers full CAN performance with virtually unlimited number of mailboxes when used with XGATE
• Phase-lock loop (PLL) circuit allows power consumption and performance to be adjusted to suit operational requirements; system power consumption can be further improved with "fast exit from stop mode" feature
• I/O ports available in each module and up to 25 additional I/O ports are available with interrupt capability allowing wake-up from stop or wait mode

Recommended Documentation (4)

Data Sheets (2)

Errata (10)

Application Notes (39)

Reference Manuals (1)

Product Briefs (2)

Engineering Bulletins (2)

Fact Sheets (3)

Brochures (1)

Selector Guides (2)

Product Change Notices (6)

Supporting Information (1)

Programmers (Flash, etc.)

• LFBDMPGMRS12FW (REV 3.0.0b14) ZIP LFBDMPGMRS12FW 10/4/2012

Debuggers and Runtime Analysis

• D-Bug12XZ (REV 6.0.0b17) ZIP D-Bug12XZ 2/26/2016

Device Drivers

• LIN2.x and SAE J2602 Stack (REV v4.5.7) ZIP LIN2.x and SAE J2602 Stack 5/31/2016
• MSCAN driver for S12(X) devices (REV 0.1) ZIP MSCAN driver for S12(X) devices 3/24/2014

Ordering Information

Product	Status	Status	Qualification Tier	Package Type and Termination Count	Internal Flash (KB)	Internal RAM (KB)	EEPROM (KB)	ADC	PWM	Operating Frequency (Max) (MHz)	CAN	SCI	SPI	Supply Voltage (Min-Max) (V)	Ambient Operating Temperature (Min-Max) (°C)	GPIOs	Additional Features	Co Processor Type	Video/Display features	Budgetary Price excluding tax(US$)
SK-S12XDP512-A	Active			Hardware Only																1 @ US$395.00
S912XDP512F0MAGR	Active		AUTO; >=10 YEARS APPLICATION LIFE	LQFP 144	512	32	4	24-ch. 10-bit	8-ch. 8-bit	80	5	6	3		-40 to 125	119	COP, Internal Clock Generator, Internal Voltage Regulator, Low Voltage Detect, PLL, POR	XGATE
MC9S12XDT512CAA	Active		10-YEARS APPLICATION LIFE	QFP 80	512	20	4	8-ch. 10-bit	7-ch. 8-bit	80	3	2	3	3.15 to 5.5	-40 to 85	59	COP, Internal Clock Generator, Internal Voltage Regulator, Low Voltage Detect, PLL, POR	XGATE		10K @ US$11.10
MC9S12XDT512MAA	Active		10-YEARS APPLICATION LIFE	QFP 80	512	20	4	8-ch. 10-bit	7-ch. 8-bit	80	3	2	3	3.15 to 5.5	-40 to 125	59	COP, Internal Clock Generator, Internal Voltage Regulator, Low Voltage Detect, PLL, POR	XGATE		10K @ US$12.42
MC9S12XDT512CAL	Active		10-YEARS APPLICATION LIFE	LQFP 112	512	20	4	16-ch. 10-bit	8-ch. 8-bit	80	3	6	3	3.15 to 5.5	-40 to 85	91	COP, Internal Clock Generator, Internal Voltage Regulator, Low Voltage Detect, PLL, POR	XGATE		10K @ US$11.41
MC9S12XDT512CAG	Active		10-YEARS APPLICATION LIFE	LQFP 144	512	20	4	24-ch. 10-bit	8-ch. 8-bit	80	3	6	3	3.15 to 5.5	-40 to 85	119	COP, Internal Clock Generator, Internal Voltage Regulator, Low Voltage Detect, PLL, POR	XGATE		10K @ US$11.58
MC9S12XDP512VAG	Active		10-YEARS APPLICATION LIFE	LQFP 144	512	32	4	24-ch. 10-bit	8-ch. 8-bit	80	5	6	3	3.15 to 5.5	-40 to 105	119	COP, Internal Clock Generator, Internal Voltage Regulator, Low Voltage Detect, PLL, POR	XGATE		10K @ US$12.65
MC9S12XDP512MAL	Active		10-YEARS APPLICATION LIFE	LQFP 112	512	32	4	16-ch. 10-bit	8-ch. 8-bit	80	5	6	3	3.15 to 5.5	-40 to 125	91	COP, Internal Clock Generator, Internal Voltage Regulator, Low Voltage Detect, PLL, POR	XGATE		10K @ US$13.06
MC9S12XDP512MAG	Active		10-YEARS APPLICATION LIFE	LQFP 144	512	32	4	24-ch. 10-bit	8-ch. 8-bit	80	5	6	3	3.15 to 5.5	-40 to 125	119	COP, Internal Clock Generator, Internal Voltage Regulator, Low Voltage Detect, PLL, POR	XGATE		10K @ US$13.25
MC9S12XDP512CAG	Active		10-YEARS APPLICATION LIFE	LQFP 144	512	32	4	24-ch. 10-bit	8-ch. 8-bit	80	5	6	3	3.15 to 5.5	-40 to 85	119	POR, PLL, Low Voltage Detect, Internal Voltage Regulator, Internal Clock Generator, COP	XGATE		10K @ US$12.04
MC9S12XDP512VAL	Active		10-YEARS APPLICATION LIFE	LQFP 112	512	32	4	16-ch. 10-bit	8-ch. 8-bit	80	5	6	3	3.15 to 5.5	-40 to 105	91	COP, Internal Clock Generator, Internal Voltage Regulator, Low Voltage Detect, PLL, POR	XGATE		10K @ US$12.47
MC9S12XDT512MAL	Active		10-YEARS APPL MC9S12XDP512 - Data Sheet S12XD Device User Guide for Mask Set 0L40V ( First Silicon) S12XD MSE9S12XDG128_0M42E Mask Set Errata S12XD MSE9S12XDG128_1M42E Mask Set Errata S12XD MSE9S12XDG128_2M42E Mask Set Errata S12XD MSE9S12XDP512_0L15Y Mask Set Errata S12XD MSE9S12XDP512_0L40V Mask Set Errata S12XD MSE9S12XDP512_0M23S Mask Set Errata S12XD FTX: Flash Command influenced by Backdoor Key write Errata S12XD MSE9S12XDQ256_0M84E Mask Set Errata S12XD MSE9S12XDQ256_1M84E Mask Set Errata S12XD FTX: Flash Command influenced by Backdoor Key write S12XD AN5233, Isolator Board for In-Circuit Debugging & Programming tools of NXP® MCUs & MPUs - Application... S08SL AN4731, Understanding Injection Current on NXP® Automotive Microcontrollers - Application Note S08RN AN4483, Emulated EEPROM Routines for the S12P Family - Application Notes S12XS Migrating from the 16-bit S12XE to 32-bit NXP® MPC5604B Family of Microcontrollers S12XE Designing Hardware for the MC9S12X D-Family S12XD Investigating XGATE Software Errors S12XE HCS12 and S12X Family Compatibility S12XS AN3493, XGATE Library: Driving a TFT LCD Panel - Application Notes S12XE AN3458, Debugging XGATE Code Debug Features of S12X(E) MCUs - Application Notes S12XE HCS12X Family Memory Organization S12XD AN3333, XGATE Library: Signal Gateway - Application Notes S12XE AN3328 - HCS12XD Family Compatibility Considerations S12XD XGATE Library: SCI Emulation S12XE Low-Power Techniques for the S12X Family S12XE MSCAN Driver for MC9S12XDP512 Using XGATE S12XE XGATE Library: Load Measurement S12XE AN3224, Tutorial: Introducing the XGATE Module to Consumer and Industrial Application Developers - Application Notes S12XE AN3145, XGATE Library: Using the NXP® XGATE Software Library - Application Notes S12XE XGATE Library: TN/STN LCD Driver S12XE XGATE Library: PWM Driver S12XE XGATE Library: ATD Average S12XE PWM Generation Using HCS12 Timer Channels S12XD An Introduction to the External Bus Interface on the HCS12X S12XE Using the XGATE for Manchester Decoding S12XE AN3144, Using XGATE to Implement a Simple Buffered SCI - Application Notes S12XE AN2974, Quick Start for Beginners to Drive a Stepper Motor - Application Notes S08D How to Configure and Use the XGATE on S12X Devices S12XE Using the HCS12X PIT as a 24-bit Elapsed Timer S12XS Using XGATE to Implement LIN Communication on HCS12X S12XE ADC Definitions and Specifications S08SC4 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 Expanding Digital Input with an A/D Converter S12XD System Design and Layout Techniques for Noise Reduction in MCU-Based Systems S08D Designing for Electromagnetic Compatibility with Single-Chip Microcontrollers S08D S12XCPUV1 - Reference Manual S12XD MC9S12XD Family 16-bit Microprocessor Family - Product Brief S12XD MC9S12XB Family 16-bit Microcontroller Family (covers MC9S12XB128 through MC9S12XB256) - Product Brief S12XD MISRA Compliance in NXP® Automotive C Language Header Files - Engineering Bulletin S12ZVL Use of OSC2/XTAL as a Clock Output on NXP® Semiconductors Microcontrollers S12XD Automotive Airbag Safety Systems - Fact Sheet mc33797 HCS12X - Fact Sheet S12XD XGATE Co-processor Summary Brochure S12XE Getting Started with NXP® Development Tools Brochure S08AW Automotive MCUs and MPUs – Selector Guide S08SL SG187, Automotive, Q3 2015, Rev. 59 - Selector Guide mc33999 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 MC9S12XDP512 ERRATA UPDATE MUCts04232 S12XD MSG16 9S12XD512 TSMC TO ATMC EXPANSION S12XD 9S12XDP512 (L15Y TSMC FAB) ROOM TEST ELIMINATION S12XD KESM Test Malaysia (KTM) Test Site Expansion for 9S12XDP512 S12XD S12X Training Fact Sheet S12XS LFBDMPGMRS12FW s12q D-Bug12XZ s12zvm LIN2.x and SAE J2602 Stack kea MSCAN driver for S12(X) devices s12xhy SK-S12XDP512-A.pdf s12xd 98ASS23177W K51_100 MC9S12XDP512CAG.pdf s12xd MC9S12XDP512VAG.pdf s12xd MC9S12XDP512MAG.pdf s12xd MC9S12XDT512CAG.pdf s12xd MC9S12XDT512MAG.pdf s12xd S912XDP512F0MAGR.pdf s12xd S912XD256F1CAG.pdf s12xd S912XD256F1CAGR.pdf s12xd S912XD256F1VAG.pdf s12xd S912XD256F1VAGR.pdf s12xd S912XDP512J1CAG.pdf s12xd S912XDP512J1CAGR.pdf s12xd S912XDT256F1CAG.pdf s12xd S912XDT256F1MAG.pdf s12xd S912XDT256F1MAGR.pdf s12xd S912XDT384J1MAG.pdf s12xd S912XDT512J1CAGR.pdf s12xd S912XDT512J1VAGR.pdf s12xd S912XDP512J1VAG.pdf s12xd S912XDP512J1VAGR.pdf s12xd S912XDT512J1CAG.pdf s12xd S912XDG256F1MAG.pdf s12xd S912XD256F1MAG.pdf s12xd S912XDT384J0CAGR.pdf s12xd S912XDP512J0MAG.pdf s12xd S912XDG512J1CAGR.pdf s12xd S912XDG256F1MAGR.pdf s12xd S912XDP512F0CAGR.pdf s12xd S912XDP512F0MAG.pdf s12xd S912XDT512F0CAGR.pdf s12xd S912XDT256F1CAGR.pdf s12xd MC9S12XD256CAG.pdf s12xd MC9S12XD256MAG.pdf s12xd MC9S12XDT256CAG.pdf s12xd MC9S12XDT256MAG.pdf s12xd MC9S12XDT256VAG.pdf s12xd MC9S12XD256VAG.pdf s12xd MC9S12XDT512CAGR.pdf s12xd MC9S12XDT512VAGR.pdf s12xd S912XDQ256F1CAG.pdf s12xd S912XDQ256F1MAG.pdf s12xd S912XDQ256F1MAGR.pdf s12xd S912XDP512J1MAG.pdf s12xd S912XDP512J1MAGR.pdf s12xd S912XDT384J1CAGR.pdf s12xd S912XDT384J1VAG.pdf s12xd S912XDT512J1MAG.pdf s12xd S912XDG256F1VAGR.pdf s12xd S912XDP512F0VAG.pdf s12xd S912XDP512F0VAGR.pdf s12xd S912XDG512F0CAGR.pdf s12xd 98ASS23330W MCF5223X MC9S12XDP512CAL.pdf s12xd MC9S12XDP512VAL.pdf s12xd MC9S12XDP512MAL.pdf s12xd MC9S12XDT512CAL.pdf s12xd MC9S12XDT512MAL.pdf s12xd MC9S12XD256CAL.pdf s12xd MC9S12XD256MAL.pdf s12xd MC9S12XD256VAL.pdf s12xd MC9S12XDT256CAL.pdf s12xd MC9S12XDT256MAL.pdf s12xd MC9S12XDT256VAL.pdf s12xd MC9S12XDG128CAL.pdf s12xd MC9S12XDG128MAL.pdf s12xd MC9S12XD128MAL.pdf s12xd S912XD128F2CALR.pdf s12xd S912XD128F2MAL.pdf s12xd S912XD128F2VALR.pdf s12xd S912XD256F1CAL.pdf s12xd S912XD256F1CALR.pdf s12xd S912XD256F1MAL.pdf s12xd S912XD256F1MALR.pdf s12xd S912XD256F1VALR.pdf s12xd S912XDG128F2CAL.pdf s12xd S912XDG128F2MAL.pdf s12xd S912XDG128F2MALR.pdf s12xd S912XDG128F2VAL.pdf s12xd S912XDP512J0CALR.pdf s12xd S912XDQ256F1MAL.pdf s12xd S912XDT256F1CAL.pdf s12xd S912XDT256F1MAL.pdf s12xd S912XDT256F1VAL.pdf s12xd S912XDT256F1VALR.pdf s12xd S912XDT512J1CAL.pdf s12xd S912XDP512J1CAL.pdf s12xd S912XDP512J1CALR.pdf s12xd S912XDP512J1MAL.pdf s12xd S912XDP512J1MALR.pdf s12xd S912XDP512J1VAL.pdf s12xd S912XDP512J1VALR.pdf s12xd S912XDT384J1CALR.pdf s12xd S912XDT384J1MAL.pdf s12xd S912XDT384J1MALR.pdf s12xd S912XDT384J1VAL.pdf s12xd S912XDT384J1VALR.pdf s12xd S912XDG256F1CAL.pdf s12xd S912XDG256F1MAL.pdf s12xd S912XDG256F1CALR.pdf s12xd S912XDQ256F1VALR.pdf s12xd S912XDG128F2CALR.pdf s12xd S912XDP512F0CAL.pdf s12xd S912XDP512F0MAL.pdf s12xd S912XDP512F0CALR.pdf s12xd S912XDT384F0VALR.pdf s12xd S912XDT256F1MALR.pdf s12xd S912XDT384F0CALR.pdf s12xd S912XD128F2VAL.pdf s12xd MC9S12XDT512VAL.pdf s12xd MC9S12XDP512MALR.pdf s12xd S912XDQ256F1CAL.pdf s12xd S912XDT512J1VALR.pdf s12xd S912XDT512J1MAL.pdf s12xd S912XDT512J1VAL.pdf s12xd S912XDP512J0VALR.pdf s12xd S912XDP512J0MAL.pdf s12xd S912XDG256F1VAL.pdf s12xd S912XDP512F0VAL.pdf s12xd S912XDP512F0MALR.pdf s12xd MC9S12XDG128CALR.pdf s12xd 98ASB42846B s12q MC9S12XDT512CAA.pdf s12xd MC9S12XDT512MAA.pdf s12xd MC9S12XD256CAA.pdf s12xd MC9S12XD256MAA.pdf s12xd MC9S12XD256VAA.pdf s12xd MC9S12XDT256CAA.pdf s12xd MC9S12XDT256MAA.pdf s12xd MC9S12XDT256VAA.pdf s12xd MC9S12XDT512CAAR.pdf s12xd MC9S12XDG128CAA.pdf s12xd MC9S12XDG128MAA.pdf s12xd MC9S12XD64CAA.pdf s12xd MC9S12XD64MAA.pdf s12xd S912XD128F2CAA.pdf s12xd S912XD128F2CAAR.pdf s12xd S912XD128F2MAA.pdf s12xd S912XD256F1CAA.pdf s12xd S912XD64F2CAA.pdf s12xd S912XD64F2CAAR.pdf s12xd S912XD64F2MAA.pdf s12xd S912XD64F2VAA.pdf s12xd S912XDG128F2CAA.pdf s12xd S912XDG128F2MAA.pdf s12xd S912XDG128F2MAAR.pdf s12xd S912XDG128F2VAA.pdf s12xd S912XDQ256F1VAA.pdf s12xd S912XDT256F1CAA.pdf s12xd S912XDT256F1VAA.pdf s12xd S912XDT384J1CAAR.pdf s12xd S912XD128F2VAA.pdf s12xd S912XD64F2VAAR.pdf s12xd S912XDP512J1CAAR.pdf s12xd S912XDT384J1CAA.pdf s12xd S912XDT512J1CAA.pdf s12xd S912XD256F1CAAR.pdf s12xd S912XD256F1VAAR.pdf s12xd S912XDG128F2CAAR.pdf s12xd S912XDG128F2VAAR.pdf s12xd S912XDG256F1MAAR.pdf s12xd S912XD256F1MAAR.pdf s12xd S912XDG256F1MAA.pdf s12xd S912XDP512F0CAAR.pdf s12xd S912XD128F2VAAR.pdf s12xd S912XDT512J1VAAR.pdf s12xd S912XDT256F1MAA.pdf s12xd S912XDP512J1CAA.pdf s12xd S912XDT384F0CAA.pdf s12xd S912XDT384F0CAAR.pdf s12xd MC9S12XDT512VAA.pdf s12xd S912XD64F2MAAR.pdf 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