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16 Bit Automotive Microcontroller

製品詳細

Features

CPU16

購入/パラメータ

ドキュメント

絞り込み

アプリケーション・ノート (32)

Using the TPU Function Library and TPU Emulation Mode[TPUPN00]

AN1062 Using the QSPI for Analog Data Acquisition[AN1062]

Designing for Electromagnetic Compatibility (EMC) with HCMOS Microcontrollers[AN1050]

Noise Reduction Techniques for Microcontroller-Based Systems[AN1705]

Input Capture/Input Transition Counter TPU Function (ITC)[TPUPN16]

Output Compare TPU Function (OC)[TPUPN12]

Multichannel PWM TPU Function (MCPWM)[TPUPN05]

Programmable Time Accumulator TPU Function (PTA)[TPUPN06]

New Input Capture/Input Transition Counter TPU Function (NITC)[TPUPN08]

Period Measurement With Missing Transition Detection TPU Function (PMM)[TPUPN15B]

Pulse Width Modulation TPU Function (PWM)[TPUPN17]

Discrete Input/Output TPU Function (DIO)[TPUPN18]

Asynchronous Serial Interface TPU Function (UART)[TPUPN07]

Synchronized Pulse-Width Modulation (SPWM)[TPUPN19]

Quadrature Decode TPU Function (QDEC)[TPUPN20]

Frequency Measurement TPU Function (FQM)[TPUPN03]

AN1724/D Implementing SCI Receive and Transmit Buffers in C[AN1724]

Period Measurement with Additional Transition Detection (PMA)[TPUPN15A]

Fast Quadrature Decode TPU Function (FQD)[TPUPN02]

Table Stepper Motor TPU Function (TSM)[TPUPN04]

Position-Synchronized Pulse Generator (PSP) TPU Function[TPUPN14]

Period/Pulse-Width Accumulator TPU Function (PPWA)[TPUPN11]

Multiphase Motor Commutation TPU Function (COMM)[TPUPN09]

Hall Effect Decode TPU Function (HALLD)[TPUPN10]

Stepper Motor (SM) TPU Function[TPUPN13]

Queued Output Match TPU Function (QOM)[TPUPN01]

An Introduction to the MC68HC16Z1[MC68HC16Z1TUT]

Using M68HC16 Digital Signal Processing to Build An Audio Frequency Analyzer[AN1233]

16-Bit DSP Servo Control w/ the MC68HC16Z1[AN1213]

AN1230/D A Background Debugging Mode Driver Package for Modular Microcontrollers[AN1230]

Using the MC68HC16Z1 for Audio Tone Generation[AN1254]

CPU16 and the configurable timer module (CTM) in engine control[AN476]

エラッタ (3)

MC68HC16Z1 MC68HC16Z1 Device Information All E54F, E62W, E69W, and F73T Mask Sets[68HC16Z1MSE1]

MC68HC16Z1 MC68HC16Z1 Device Information 2F67V Mask Set[68HC16Z1MSE3]

MC68HC16Z1 MC68HC16Z1 Device Information 1F67V Mask Set[68HC16Z1MSE2]

エンジニアリング・ブリテン (31)

Startup Problems When Using a Software Background Mode Debugger and Booting from RAM or an Empty ROM Socket[EB305]

Detecting Loss of Clock on Modular Microcontrollers[EB257]

Generating Interrupts on the Time Processor Unit[EB274]

How to Use the Table Lookup and Interpolate Instruction on the CPU32[EB253]

Problems with the PPWA Function on Revision P MC68332 Devices[EB270]

Using the Output Compare Function on the Time Processor Unit and an Example that Includes PPWA[EB282]

Programming the Channel Control Registers on the Time Processor Unit[EB280]

Unexplained Three-Stating of the Address Bus on M68300 and M68HC16 Devices[EB266]

Halting and Re-Starting the Queued Serial Peripheral Interface on Modular Microcontrollers[EB281]

Latency on the Time Processor Unit[EB278]

Updating the Software Watchdog on M683xx and MC68HC16 Products[EB314]

Using the SCI on Modular MCUs: An Example[EB269]

Sources of Reset on Modular Microcontrollers[EB258]

Why MC68300 and MC68HC16 MCUs May Halt after the Release of Reset[EB259]

Using the ITC Function on the Time Processor Unit A[EB276]

Example Using the Queued Serial Peripheral Interface on Modular MCUs[EB275]

Use of the Lock Bit on Modular Microcontrollers with FLASH EEPROM[EB256]

MOVB, MOVW, PSHM, and PULM Syntax Differences on MC68HC16 Assemblers[EB252]

Why an MC68300 or MC68HC16 Microcontroller May Fail to Release Reset[EB260]

Disabling All Interrupts on Power-On for MC683xx and MC68HC16 Devices Using the Single-Chip Integration Module or System Integration Module[EB264]

How to Calculate Instruction Times on the MC68HC16[EB251]

Using Exercise 7 on the M68HC16Z1EVB and the Necessity of Word Alignment[EB306]

Coherency in the Time Processor Unit (TPU)[EB277]

Using Exercise 8 on the M68HC16Z1EVB[EB309]

The Double Bus Fault Monitor[EB267]

Generating Edge-Sensitive Interrupts on the MC683xx and MC68HC16 Families of MCUs[EB265]

Low Output Levels on Output Pins[EB279]

Autovector Generation Using Chip Select Logic on MC68300 and MC68HC16 Devices[EB261]

Which Pins on the MC68331/332 and MC68HC16Z1 Need Pullup Resistors[EB273]

How to Program Chip Selects on Modular Microcontrollers with a System Integration Module or a Single-Chip Integration Module[EB263]

DSACK Generation on the System Integration and Single-Chip Integration[EB262]

データ・シート (1)

MC68HC16ZUM M68HC16Z Series User's Manual and Data Sheet[MC68HC16ZUM]

リファレンス・マニュアル (8)

MCCIRM Multi-Channel Communications Interface Reference Manual[MCCIRM]