8-bit opcode
Abstract: invalid opcode sahf instruction 0F21 0F20-0F24 BT 3713
Contextual Info: Opcode Map 37 The opcode tables in this chapter are provided to aid in interpreting Intel Architecture object code. The instructions are divided into three encoding groups: 1-byte opcode encodings, 2-byte opcode encodings, and escape floating-point encodings. The 1- and 2-byte opcode encodings are used to
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OPC07
Abstract: opcoa 1702D SVC 561 10 OPC02 BIC 1222 1702b SVC 561 -10 OB2223
Contextual Info: 10 Alpha Instruction Summary This section contains a summary of all Alpha architecture instructions. All values are in hexadecimal radix. Table 15 describes the contents of the Format and Opcode col umns that are in Table 16. Table 15 Instruction Format and Opcode Notation
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11-bit16-bit26-bitopc07+8opcoa1702dsvc 561 10opc02bic 12221702bsvc 561 -10ob2223
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bge 1,5
Abstract: diode m3 MARK S2 M11001
Contextual Info: Opcodes and Execution Times 1.1 1 Instruction Reference by Opcode This section lists the instruction encoding for each i960 Jx processor instruction. Instructions are grouped by instruction format and listed by opcode within each format. Table 1-1. Miscellaneous Instruction Encoding Bits
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diode m3
Abstract: diode M2 A 92 E-NAND MARK S2
Contextual Info: Opcodes and Execution Times B.1 B Instruction Reference by Opcode This section lists the instruction encoding for each i960 RM/RN I/O Processor instruction. Instructions are grouped by instruction format and listed by opcode within each format. Table B-1. Miscellaneous Instruction Encoding Bits
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USBMULTILINKBDM
Abstract: MC9S12DJ128 68HC11 68HC12 9S12DT128BDGV1 HCS12 J1850 MC9S12DB128 MC9S12DT128B Freescale 68HC11
Contextual Info: 16-bit Microcontrollers MC9S12DJ128 Target Applications Features > Automotive applications High-Performance 16-bit HCS12 CPU Core > Industrial control > 25 MHz bus operation at 5V for 40 ns minimum instruction cycle time Benefits > Opcode compatible with the 68HC11
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200B
Abstract: DK-2750 PCM18XB0
Contextual Info: M PCM18XA0/B0 MPLAB ICE 2000 Processor Module Errata Sheet For MPLAB ICE 2000 processor modules PCM18XA0 and PCM18XB0, the following operational issues should be noted: • Initialization code for table reads needed • I2C Master Mode – Opcode xxC9 Execution
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HSC12
Abstract: SCBDMPGMRS12 S12SPIV3 9S12DP512 AN2216 9s12dp256 9S12DP512DGV1 MC9S12DP256 9S12DX512 HC12 CPU12
Contextual Info: Freescale Semiconductor, Inc. A FLASH MCU SOLUTION MC9S12A512 16-bit Microcontroller FEATURES BENEFITS HIGH-PERFORMANCE 16-BIT HCS12 CPU CORE TARGET APPLICATIONS Instrumentation Energy Management Industrial Control Robotics Safety Equipment Security • Opcode compatible with the 68HC11
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MC9S12DT128BCPV
Abstract: 68HC11 68HC12 9S12DT128BDGV1 HCS12 MC9S12DB128 MC9S12DG128 MC9S12DT128 MC9S12DT128B
Contextual Info: 16-bit Microcontrollers MC9S12DT128 Target Applications Features > Automotive applications High-Performance 16-bit HCS12 CPU Core > Industrial control > 25 MHz bus operation at 5V for 40 ns minimum instruction cycle time Benefits > Opcode compatible with the 68HC11
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DP512
Abstract: MC9S12DP512FS S12SPIV3 SPI Block Guide MC9S12DP512 Freescale 68HC11 PWM 8B8C Block User Guide 68HC11 68HC12 HCS12
Contextual Info: 16-bit Microcontrollers MC9S12DP512 Target Applications Features > Automotive applications High-Performance 16-bit HCS12 CPU Core > Industrial control > 25 MHz bus operation at 5V for 40 ns minimum instruction cycle time Benefits > Opcode compatible with the 68HC11 and 68HC12
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0C314
Abstract: 3A05 data sheet oc44 MC68HC11A8RG 0c47 oc44 0c44 1838 ir receiver FZJ 131 IC-311
Contextual Info: MC68HC11A8RG/AD REV. 1 M C 68 H C 11A8 PROGRAMMING REFERENCE GUIDE M MOTOROLA 1 2 PROGRAMMING MODEL CRYSTAL DEPENDENT TIMING INTERRUPTS MEMORY MAP OPCODE MAPS INSTRUCTIONS ADDRESSING MODES EXECUTION TIMES SPECIAL OPERATIONS REGISTER AND CONTROL BIT ASSIGNMENTS
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Freescale HCS12
Abstract: USBMULTILINKBDM engine control module bosch Freescale 68HC11 HCS12 bdm programmer MC9S12DT128 MC9S12DT128B 68HC11 68HC12
Contextual Info: 16-bit Microcontrollers MC9S12DT128 Target Applications Features > Automotive applications High-Performance 16-bit HCS12 CPU Core > Industrial control > 25 MHz bus operation at 5V for 40 ns minimum instruction cycle time Benefits > Opcode compatible with the 68HC11
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HCS12
Abstract: MC9S12DP256 68hc12 motorola linker 9S12DP256BDGV2 S12DP256PIMV2 USBMULTILINKBDM MC9S12DT256 Freescale 68HC11 SPI Block Guide 68HC11
Contextual Info: 16-bit Microcontrollers MC9S12DT256 Target Applications Features > Automotive applications High-Performance 16-bit HCS12 CPU Core > Industrial control > 25 MHz bus operation at 5V for 40 ns minimum instruction cycle time Benefits > Opcode compatible with the 68HC11
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MC9S12DP256BCPV
Abstract: MC9S12DP256BMPV MC9S12DP256 MC9S12DP 9S12DP256BDGV2 HCS12 MC9S12DP256BVPV Freescale 68HC11 68HC12 J1850
Contextual Info: 16-bit Microcontrollers MC9S12DP256 Target Applications Features > Automotive applications High-Performance 16-bit HCS12 CPU Core > Industrial control > 25 MHz bus operation at 5V for 40 ns minimum instruction cycle time Benefits > Opcode compatible with the 68HC11
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I2C AN MICROCHIP
Abstract: DK-2750 PCM18XB0 200B
Contextual Info: PCM18XA0/B0 MPLAB ICE 2000 Processor Module Errata Sheet For MPLAB ICE 2000 processor modules PCM18XA0 and PCM18XB0, the following operational issues should be noted: • Initialization code for table reads needed • I2C Master Mode – Opcode xxC9 Execution
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16-KEY
Abstract: 9S12DT128BDGV1 68HC11 68HC12 HCS12 MC9S12DB128 MC9S12DG128 MC9S12DJ128 MC9S12DT128B Freescale 68HC11
Contextual Info: 16-bit Microcontrollers MC9S12DB128 Target Applications > Automotive applications Features Benefits High-Performance 16-bit HCS12 CPU Core > Industrial control > 25 MHz bus operation at 5V for 40 ns minimum instruction cycle time > Opcode compatible with the 68HC11
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mc9s12dj256 s12mebiv3
Abstract: S12DP256PIMV2 68HC11 68HC12 9S12DP256BDGV2 HCS12 J1850 MC9S12DJ256 MC9S12DP256 MC9S12DJ256BMF
Contextual Info: 16-bit Microcontrollers MC9S12DJ256 Target Applications Features > Automotive applications High-Performance 16-bit HCS12 CPU Core > Industrial control > 25 MHz bus operation at 5V for 40 ns minimum instruction cycle time Benefits > Opcode compatible with the 68HC11
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MC9S12DG256 datasheet
Abstract: 9s12dp256 HCS12 MC9S12DG256 mc9s12dg256 analog to digital 9S12DP256BDGV1 Freescale HCS12 S12DP256PIMV2 Freescale 68HC11 HCS12 I2C
Contextual Info: 16-bit Microcontrollers MC9S12DG256 Target Applications > Automotive applications > Industrial control Features Benefits High-Performance 16-bit HCS12 CPU Core > 25 MHz bus operation at 5V for 40 ns minimum instruction cycle time > Opcode compatible with the 68HC11
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MC9S12C32FS
Abstract: MC9S12C32 M68MOD912C32 bosch pump an2255 lqfp 52 68HC11 68HC12 9S12DP256BDGV2 HCS12
Contextual Info: 16-bit Microcontrollers MC9S12C32 Target Applications > Automotive applications Features Benefits High-Performance 16-bit HCS12 CPU Core > Industrial control > 25 MHz bus operation at 3.3V to 5V for 40 ns minimum instruction cycle time > Opcode compatible with the 68HC11
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MC9S12A64CFU
Abstract: MC9S12A64CPV S12MEBIV3 PWM 8B8C Block User Guide MC9S12A64 "pin-compatible" AN2216 68HC11 68HC12 freescale superflash HCS12
Contextual Info: 16-bit Microcontrollers MC9S12A64 Target Applications > Instrumentation Features Benefits High-Performance 16-bit HCS12 CPU Core > Energy management > 25 MHz bus operation at 5V for 40 ns minimum instruction cycle time > Industrial control > Opcode compatible with the 68HC11
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MC9S12DP256
Abstract: 68HC11 68HC12 HCS12 DP256 9S12DP256BDGV2
Contextual Info: A FLASH MCU SOLUTION MC9S12DP256 16-bit Microcontroller FEATURES BENEFITS HIGH-PERFORMANCE 16-BIT HCS12 CPU CORE • 25 MHz bus operation at 5V for 40 nsec minimum instruction cycle time TARGET APPLICATIONS • Opcode compatible with the 68HC11 and 68HC12
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68HC11
Abstract: 68HC12 HCS12 J1850 MC9S12DJ128 Dj128 BDLCRM
Contextual Info: A FLASH MCU SOLUTION MC9S12DJ128 16-bit Microcontroller FEATURES BENEFITS HIGH-PERFORMANCE 16-BIT HCS12 CPU CORE • 25 MHz bus operation at 5V for 40 nsec minimum instruction cycle time TARGET APPLICATIONS • Opcode compatible with the 68HC11 and 68HC12
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DG256
Abstract: 68HC12 microcontroller MC9S12DP256 68HC11 68HC12 HCS12 MC9S12DG256 9S12DP256BDGV1
Contextual Info: A FLASH MCU SOLUTION MC9S12DG256 16-bit Microcontroller FEATURES BENEFITS HIGH-PERFORMANCE 16-BIT HCS12 CPU CORE • 25 MHz bus operation at 5V for 40 nsec minimum instruction cycle time TARGET APPLICATIONS • Opcode compatible with the 68HC11 and 68HC12
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68HC11
Abstract: 68HC12 HCS12 MC9S12DT128
Contextual Info: A FLASH MCU SOLUTION MC9S12DT128 16-bit Microcontroller FEATURES BENEFITS HIGH-PERFORMANCE 16-BIT HCS12 CPU CORE • 25 MHz bus operation at 5V for 40 nsec minimum instruction cycle time TARGET APPLICATIONS • Opcode compatible with the 68HC11 and 68HC12
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MC9S12DP256
Abstract: sae j1850 pwm controller 68HC11 68HC12 HCS12 J1850 MC9S12DJ256
Contextual Info: A FLASH MCU SOLUTION MC9S12DJ256 16-bit Microcontroller FEATURES BENEFITS HIGH-PERFORMANCE 16-BIT HCS12 CPU CORE • 25 MHz bus operation at 5V for 40 nsec minimum instruction cycle time TARGET APPLICATIONS • Opcode compatible with the 68HC11 and 68HC12
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