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HC08GZ: 8-bit General Purpose with CAN GZ MCUs

The HC08GZ Family is a member of the low-cost, high-performance HC08 Family of 8-bit microcontroller units (MCUs). All MCUs in the family use the enhanced M68HC08 central processor unit (CPU08) and are available with a variety of modules, memory sizes and types, and package types.

特性

• High-performance M68HC08 architecture optimized for C-compilers
• Fully upward-compatible object code with M146805, and M68HC05 Families
• Up to 2048 bytes of random-access memory (RAM)
• Up to 60 KB of on-chip FLASH memory
• 8-MHz internal bus frequency
• Up to 24 channels of 10-bit Analog to Digital Converter (ADC)
• Clock Generation Module (CGM) supporting 1-MHz to 8-MHz crystals
• In-system programming (ISP)
• MSCAN08 (NXP® scalable controller area network) controller (implementing 2.0b protocol as defined in BOSCH specification dated September 1991)
• System protection features: Optional computer operating properly (COP) reset, Low-voltage detection with optional reset and selectable trip points for 3.3-V and 5.0-V operation, Illegal opcode detection with reset and Illegal address detection with reset

Data Sheets (3)

Errata (6)

Application Notes (40)

Reference Manuals (3)

Users Guides (1)

Engineering Bulletins (7)

Fact Sheets (6)

Brochures (1)

Selector Guides (2)

Product Change Notices (7)

Updates and Patches

• CW MCU v6.3 Special Edition license (REV final) dat CW_MCU63_LICENSE_DAT 4/4/2011

Ordering Information

Product	Status	Status	Package Type and Termination Count	Budgetary Price excluding tax(US$)	Internal Flash (KB)	Internal RAM (KB)	EEPROM (KB)	Core Type	Operating Frequency (Max) (MHz)	Bus Frequency (Max) (MHz)	Supply Voltage (Min-Max) (V)	GPIOs	Ambient Operating Temperature (Min-Max) (°C)	Timer Features	Additional Features
MC908GZ48CFUE	Not Recommended for New Design		QFP 64	10K @ US$5.53	48	1.5		HC08		8	3 to 5.5	53	-40 to 85	Input Capture, Output Capture, PWM, Realtime Interrupts	COP, KBI, POR, Low Voltage Detect
S908GZ32H0MFUE	Not Recommended for New Design		QFP 64		32	1.5					3 to 5.5	53	-40 to 125
MC908GZ60MFUE	Not Recommended for New Design		QFP 64	10K @ US$6.73	60	2		HC08		8	3 to 5.5	53	-40 to 125	Input Capture, PWM, Output Compare	COP, KBI, POR, Low Voltage Detect
S908GZ60E1MFAER	Not Recommended for New Design		QFP 48		60	2		HC08		8	3 to 5.5			Input Capture, Output Compare, PWM	COP, KBI, Low Voltage Detect, POR
MC908GZ60MFAE	Not Recommended for New Design		QFP 48	10K @ US$6.52	60	2		HC08		8	3 to 5.5	37	-40 to 125	Input Capture, PWM, Output Compare	COP, KBI, POR, Low Voltage Detect
MC68908GZ8MFAE	Not Recommended for New Design		QFP 48	10K @ US$4.28	8	1		HC08		8	3 to 5.5	37	-40 to 125	Input Capture, Output Capture, PWM, Realtime Interrupts	COP, KBI, POR, Low Voltage Detect
S908GZ60H0CFAE	Not Recommended for New Design		QFP 48		60	2					3 to 5.5	37	-40 to 85
MC68908GZ16MFJE	Not Recommended for New Design		QFP 32	10K @ US$4.94	16	1		HC08		8	3 to 5.5	21	-40 to 125	Input Capture, PWM, Output Compare	COP, KBI, POR, Low Voltage Detect
MC68908GZ16VFJE	Not Recommended for New Design		QFP 32	10K @ US$4.72	16	1		HC08		8	3 to 5.5	21	-40 to 105	Input Capture, PWM, Output Compare	COP, KBI, POR, Low Voltage Detect
MC68908GZ8VFAE	Not Recommended for New Design		QFP 48	10K @ US$4.09	8	1		HC08		8	3 to 5.5	37	-40 to 105	Input Capture, Output Capture, PWM, Realtime Interrupts	COP, KBI, POR, Low Voltage Detect
S908GZ60E1CFAER	Not Recommended for New Design		QFP 48		60	2		HC08		8	3 to 5.5			Input Capture, Output Compare, PWM	COP, KBI, Low Voltage Detect, POR
S908GZ60H0CFJE	Not Recommended for New Design		QFP 32		60	2					3 to 5.5	21	-40 to 85
MC908GZ60VFAE	Not Recommended for New Design		QFP 48	10K @ US$6.23	60	2		HC08		8	3 to 5.5	37	-40 to 105	Input Capture, PWM, Output Compare	COP, KBI, POR, Low Voltage Detect
MC908GZ32MFUE	Not Recommended for New Design		QFP 64	10K @ US$5.49	32	1.5		HC08		8	3 to 5.5	53	-40 to 125	Input Capture, Output Capture, PWM, Realtime Interrupts	COP, KBI, POR, Low Voltage Detect
MC908GZ60VFUE	Not Recommended for New Design		QFP 64	10K @ US$6.43	60	2		HC08			3 to 5.5		-40 to 105	Input Capture, Output Compare, PWM	COP, KBI, Low Voltage Detect, POR
S908GZ60H0CFAER	Not Recommended for New Design		QFP 48		60	2					3 to 5.5	37	-40 to 85
S908GZ60H0CFUE	Not Recommended for New Design		QFP 64		60	2					3 to 5.5	53	-40 to 85
MC908GZ16MFAE	Not Recommended for New Design		QFP 48	10K @ US$4.94	16	1		HC08		8	3 to 5.5	37	-40 to 125	Input Capture, PWM, Output Compare	COP, KBI, POR, Low Voltage Detect
S908GZ60H0MFAE	Not Recommended for New Design MC68HC908GZ48, MC68HC908GZ32 - Data Sheet HC08GZ MC68HC908GZ8 - Data Sheet HC08GZ MC68HC08GZ32 - Data Sheet HC08GZ Mask Set Errata for Mask 0N55E HC08GZ Mask Set Errata for Mask 0M76Z HC08GZ Mask Set Errata for Mask 1M29Z HC08GZ Mask Set Errata: 4L35K - Errata HC08GZ Mask Set Errata: 1L50P - Errata HC08GZ Mask Set Errata: 3L50P - Errata HC08GZ Developer’s Serial Bootloader S08SL Using M68HC908 ROM-Resident Routines HC08LJ-LK AN2396, Servo Motor Control Application on a Local Area Interconnect Network (LIN) mm908e626 Designing for Board Level Electromagnetic Compatibility S08SL Programming the Analog-to-Digital Converter on M68HC08 Microcontrollers hc08q Romeo2 Monitor for the MC68HC908GZ60 MCU HC08GZ AN1516 Liquid Level Control Using a Pressure Sensor S08AW Software SCI Routines with the 16-Bit Timer Module S08AW PWM Generation with the HC08 Timer hc08q HC08 Timer with an External Clock Source S08D Using MC68HC908GR/GZ On-Chip FLASH Programming Routines HC08GZ Software Drivers for Tango3 RF Transmitter and Romeo2 RF Receiver ICs S08AC Using Two Channels of the HC08 TIM to Achieve a Full-Duplex Software SCI HC08K Software SCI for the MC68HC908QT/QY MCU hc08q Cycle-by-Cycle Instruction Set Details for the M68HC08 Family of MCUs HC08K Generating Clocks for HC908 MCU Families HC08MR On-Chip FLASH Programming API for CodeWarrior® Software HC08K ADC Definitions and Specifications S08SC4 Opto Isolation Circuits For In Circuit Debugging of 68HC9(S)12 and 68HC908 Microcontrollers S12K Wireless HC08 Modem HC08GZ Digital Direct Current Ignition System Using HC08 Microcontrollers HC08K Compressor Induction Motor Stall and Rotation Detection using Microcontrollers HC08MR Connecting an M68HC08 Family Microcontroller to an Internet Service Provider (ISP) Using the Point-to-Point Protocol... HC08K Data Structures for 8-Bit Microcontrollers S08SC4 Non-Volatile Memory Technology Overview S08SL Designing for Electromagnetic Compatibility (EMC) with HCMOS Microcontrollers S08SL Creating Efficient C Code for the MC68HC08 hc08q Noise Reduction Techniques for Microcontroller-Based Systems S12XE Determining MCU Oscillator Start-Up Parameters S12XE Software I2C Communications HC08K Resetting Microcontrollers During Power Transitions S08SL Precision Sine-Wave Tone Synthesis Using 8-Bit MCUs S12D Expanding Digital Input with an A/D Converter S12XD M68HC08 Integer Math Routines HC08K HC08 SCI Operation with Various Input Clocks HC08K System Design and Layout Techniques for Noise Reduction in MCU-Based Systems S08D Designing for Electromagnetic Compatibility with Single-Chip Microcontrollers S08D HC05 to HC08 Optimization HC08K Hamming Error Control Coding Techniques with the HC08 MCU S08D Arithmetic Waveform Synthesis with the HC05/08 MCUs HC08MR CPU08 Central Processor Unit - Reference Manual hc08q TIM08 Timer Interface Module Reference Manual hc08q Analog-to-Digital Reference Manual HC08MR CodeWarrior®™ Development Studio for 68HC08 Quick Start Guide hc08q Differences Between the HC908AZ60A and HC908GZ60 HC08GZ Differences Between the HC908GZ60 amd HC908GZ16 HC08JB-JG-JT-JW Interrupt Handling Considerations When Modifying EEPROM on HC08 Microcontrollers HC08MR Techniques to Protect MCU Applications Against Malfunction Due to Code Run-Away hc08q Use of OSC2/XTAL as a Clock Output on NXP® Semiconductors Microcontrollers S12XD Porting the AN2120/D UDP/IP Code to the Avnet Evaluation Board HC08MR TOF Consideration when Measuring a Long Input Capture Event HC08MR 8-Bit Consumer and Industrial Product List S08AW HC(S)08 CodeWarrior® fact sheet S08AW MC68HC908GZ16/8 - Fact Sheet HC08JB-JG-JT-JW 68HC(9)08GZxx 8-bit MCU Family and LIN HC08JB-JG-JT-JW LIN Master Solutions: Flash and ROM, 16K - 512K hc08q LIN Slave Solutions: Flash or ROM, 1K - 60K hc08q Getting Started with NXP® Development Tools Brochure S08AW Automotive MCUs and MPUs – Selector Guide S08SL Analog and Mixed Signal Product SG1002, 3Q2015 - Selector Guide mc33999 Copper Wire Conversion for Microcontroller and Microprocessor Devices S08SL HC908GZ16 MC QUALIFICATION IN MOS9 HC08JB-JG-JT-JW KLM PACKING CHANGE FOR TRAY DEVICES S12C TSPG 8/16 BIT MC68HC908GTX IN MOS9 HC08JB-JG-JT-JW MC68HC908GZ8/GZ16/GR16 SINGLE TEST FLOW HC08JB-JG-JT-JW HC908GZ16 AND HC908GR16 MC QUALIFICATION HC08JB-JG-JT-JW CARBON FIBER ITW QFP TRAY CONVERSION dsp56f801fa60 CW MCU v6.3 Special Edition license S08SV 98ASH70029A kea MC68908GZ16CFJE.pdf HC08GZ MC68908GZ16MFJE.pdf HC08GZ MC68908GZ16VFJE.pdf HC08GZ MC68908GZ8CFJE.pdf HC08GZ MC68908GZ8VFJE.pdf HC08GZ S908GZ60E1MFJER.pdf HC08GZ S908GZ32H0CFJE.pdf HC08GZ S908GZ60H0CFJE.pdf HC08GZ MC68HC908GZ16CFJ.pdf HC08GZ MC68HC908GZ16MFJ.pdf HC08GZ MC68HC908GZ16VFJ.pdf HC08GZ MC908GZ32CFJE.pdf HC08GZ MC908GZ32VFJE.pdf HC08GZ MC908GZ32CFJ.pdf HC08GZ MC908GZ32MFJ.pdf HC08GZ MC908GZ32MFJE.pdf HC08GZ MC908GZ32VFJ.pdf HC08GZ MC908GZ60CFJE.pdf HC08GZ MC908GZ60MFJE.pdf HC08GZ S908GZ60G3CFJE.pdf HC08GZ S908GZ60G3CFJER.pdf HC08GZ MC68HC908GZ60CFJ.pdf HC08GZ MC68HC908GZ60MFJ.pdf HC08GZ MC68HC908GZ60VFJ.pdf HC08GZ MC908GZ60VFJE.pdf HC08GZ S68HC908GZ60VFJR.pdf HC08GZ MC68908GZ8CFJER.pdf HC08GZ MC68908GZ8MFJE.pdf HC08GZ MC68HC908GZ8CFJ.pdf HC08GZ MC68HC908GZ8MFJ.pdf HC08GZ MC68HC908GZ8VFJ.pdf HC08GZ MC908GZ48CFJE.pdf HC08GZ S908GZ16G4CFJE.pdf HC08GZ S908GZ60E1CFJE.pdf HC08GZ S908GZ60E1CFJER.pdf HC08GZ S908GZ60E1VFJE.pdf HC08GZ S908GZ60E1VFJER.pdf HC08GZ S908GZ60H0CFJER.pdf HC08GZ S908GZ60H0MFJER.pdf HC08GZ S908GZ48H0VFJE.pdf HC08GZ S908GZ48H0VFJER.pdf HC08GZ 98ASH00962A K22_50 MC908GZ16CFAE.pdf HC08GZ MC908GZ16MFAE.pdf HC08GZ MC908GZ32CFAE.pdf HC08GZ MC908GZ32MFAE.pdf HC08GZ MC908GZ32VFAE.pdf HC08GZ MC908GZ60CFAE.pdf HC08GZ MC908GZ60MFAE.pdf HC08GZ MC908GZ60VFAE.pdf HC08GZ MC68908GZ8CFAE.pdf HC08GZ MC68908GZ8MFAE.pdf HC08GZ MC68908GZ8VFAE.pdf HC08GZ S908GZ60E1CFAER.pdf HC08GZ S908GZ60E1MFAER.pdf HC08GZ S908GZ60E1VFAE.pdf HC08GZ S908GZ16E0CFAER.pdf HC08GZ S908GZ32H0MFAE.pdf HC08GZ S908GZ48H0MFAER.pdf HC08GZ S908GZ60H0CFAE.pdf HC08GZ S908GZ60H0CFAER.pdf HC08GZ S908GZ60H0MFAE.pdf HC08GZ MC908GZ16CFAER.pdf HC08GZ MC68HC908GZ16CFA.pdf HC08GZ MC68HC908GZ16MFA.pdf HC08GZ MC68HC908GZ16VFA.pdf HC08GZ MC908GZ32VFAER.pdf HC08GZ S908GZ32G3CFAE.pdf HC08GZ MC908GZ32CFA.pdf HC08GZ MC908GZ32MFA.pdf HC08GZ MC908GZ32VFA.pdf HC08GZ S908GZ32G3VFAE.pdf HC08GZ S908GZ32G3VFAER.pdf HC08GZ S908GZ32MFA.pdf HC08GZ S908GZ60G3MFAE.pdf HC08GZ S908GZ60G3MFAER.pdf HC08GZ MC68HC908GZ60CFA.pdf HC08GZ MC68HC908GZ60MFA.pdf HC08GZ MC68HC908GZ60VFA.pdf HC08GZ S68HC908GZ60CFA.pdf HC08GZ S908GZ60CFA.pdf HC08GZ MC68HC908GZ8CFA.pdf HC08GZ MC68HC908GZ8MFA.pdf HC08GZ MC68HC908GZ8VFA.pdf HC08GZ MC908GZ48CFAE.pdf HC08GZ MC908GZ48MFAE.pdf HC08GZ S908GZ32E1MFAE.pdf HC08GZ S908GZ48E0MFAE.pdf HC08GZ S908GZ48E0MFAER.pdf HC08GZ S908GZ48E1CFAE.pdf HC08GZ S908GZ48E1CFAER.pdf HC08GZ S908GZ48E1MFAE.pdf HC08GZ S908GZ48E1MFAER.pdf HC08GZ S908GZ60E1VFAER.pdf HC08GZ S908GZ16E0MFAE.pdf HC08GZ S908GZ8E0CFAE.pdf HC08GZ S908GZ32H0MFAER.pdf HC08GZ S908GZ48H0CFAE.pdf HC08GZ S908GZ48H0CFAER.pdf HC08GZ S908GZ60H0MFAER.pdf HC08GZ 98ASB42844B ke06 MC908GZ32CFUE.pdf HC08GZ MC908GZ32MFUE.pdf HC08GZ MC908GZ60CFUE.pdf HC08GZ MC908GZ60MFUE.pdf HC08GZ MC908GZ60VFUE.pdf HC08GZ MC908GZ48CFUE.pdf HC08GZ MC908GZ60CFUER.pdf HC08GZ S908GZ32H0MFUE.pdf HC08GZ S908GZ60H0CFUE.pdf HC08GZ S908GZ32E1MFUE.pdf HC08GZ MC908GZ32VFUE.pdf HC08GZ MC908GZ32CFU.pdf HC08GZ MC908GZ32MFU.pdf HC08GZ MC908GZ32VFU.pdf HC08GZ S908GZ60G3CFUE.pdf HC08GZ MC68HC908GZ60CFU.pdf HC08GZ MC68HC908GZ60MFU.pdf HC08GZ MC68HC908GZ60VFU.pdf HC08GZ MC908GZ32CFUER.pdf HC08GZ MC908GZ48CFUER.pdf HC08GZ S908GZ48E1CFUE.pdf HC08GZ S908GZ60E1CFUE.pdf HC08GZ Products 产品服务 微处理器 电源管理芯片 存储器 放大器和线性器件 接口 开关与多路复用器 时钟 数据转换器 Manufacturers 生产厂家 ADI Avago Cypress infineon Linear maxim Microchip NXP ON Panasonic renesas ROHM ST TI TOSHIBA Vishay Sales 联系购买 +微信：@BDTIC (二维码) 手机号码：136 6222 1839 Email：bdtic@qq.com About 关于我们 Business 商务合作 Careers 人才招聘 Sitemap 网站导航 Privacy 隐私条款 ©1993 - 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