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80C51XA

Catalog Datasheet MFG & Type PDF Document Tags

80C51XA

Abstract: H24000 80C51XA-based designs using an M88 FLASH+PSD device. The first is a simple system to get up and running , design example outlines the steps required to get an 80C51XA-based system up and running quickly. A , illustrates the use of enhanced features of PSD In-System Programming as applied to the 80C51XA. You can , unavailable to the 80C51XA. It is absolutely necessary to use a secondary boot memory array (an independent , and the 80C51XA. A14 A15 A16 A17 A18 A19 30 ADIO0 31 ADIO1 32 ADIO2 33 ADIO3 34 ADIO4
STMicroelectronics
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AN1177 H24000 h05FFF an1171 AN-1153 psdpro AN1153 80C51XA-

80c51-xa

Abstract: 80C51XA 80C51XA-based designs using an M88 FLASH+PSD device. The first is a simple system to get up and running , design example outlines the steps required to get an 80C51XA-based system up and running quickly. A , illustrates the use of enhanced features of PSD In-System Programming as applied to the 80C51XA. You can , unavailable to the 80C51XA. It is absolutely necessary to use a secondary boot memory array (an independent , 80C51XA. A14 A15 A16 A17 A18 A19 30 ADIO0 31 ADIO1 32 ADIO2 33 ADIO3 34 ADIO4 35 36 37
STMicroelectronics
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80c51-xa flashlink PSDSoft

80C51XA

Abstract: PB07A illustrates the use of enhanced features of PSD InSystem Programming as applied to the 80C51XA. You can start , algorithms (ISP loader code) will be unavailable to the 80C51XA. It is absolutely necessary to use an , and the 80C51XA. 25 31 A 7/D 3 80C51XA Assum ptions: PA3 A 6/D 2 Philips 80C51XA , PSD813F2 and a 80C51XA. WSI Inc. - Fremont CA - 800-832-6974 - waferscale.com 6 2.3.2 Design , connection to a 80C51XA. You should make selections with your mouse to match this picture. WSI Inc. -
WaferScale Integration
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PSD813F PB07A AN97019 PSD813F1 EES3 7 SEGM 80C51XA/PSD813F PSD813F3 PSD813F5

ISO9001-Certified philips

Abstract: 80C51XA emulator memory with 256-byte resolution. Device Support 80C51XA-G3 and all 8051XA derivatives , -51XA Microprocessor Development System for Philips 80C51XA Microcontrollers Ashling's Ultra-51 XA Microprocessor , : Real-time in-circuit emulator for all Philips 80C51XA derivatives; full-speed, non-intrusive emulation , Source-Level Debugging for 80C51XA programs, under WindowsTM and Windows® hosts Single ICE probe emulates XA , for all XA derivatives/packages Integrated Development Environment for Philips 80C51XA under Windows
Ashling Microsystems
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ISO9001-Certified philips Ashling CTS51 80C51XA-G3 16-bit philips 8051 microcontroller datasheet microprocessor 8051 Ultra-51XA ISO9001-C

80C51XA

Abstract: 80C51 Philips Semiconductors Architectural overview 80C51XA The Philips Semiconductors 80C51XA , core will vary from derivative to derivative. The 80C51XA architecture supports: ­ Upward , Semiconductors Architectural overview 80C51XA ALU Interrupt Controller Data operations in the XA , . 4-4 Philips Semiconductors Architectural overview 80C51XA PROGRAMMABLE REGISTERS The , range. 4-5 Philips Semiconductors Architectural overview 80C51XA SYSTEM STACK USER
Philips Semiconductors
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80C51 7 SEGMENT DISPLAY 80c51 PIN CONFIGURATION

80C51XA

Abstract: 80C51 Philips Semiconductors Architectural overview 80C51XA ­ 24 bit address range (16 megabytes , the XA architecture and will include power-down and idle modes. The Philips Semiconductors 80C51XA , core will vary from derivative to derivative. The 80C51XA architecture supports: ­ Upward , Architectural overview 80C51XA ALU Interrupt Controller Data operations in the XA core are , state, normally by using the stack. 2 Philips Semiconductors Architectural overview 80C51XA
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8 BIT ALU

Abstract: Assembler programming BUBBle Sort description Freq(1) 20 MHz 80C51XA PHILIPS 16-bit; register file eXtended Architecture (XA) of , 2 1.90 1.92 80C51XA (20 MHz) 1.54 68HC16 (16 MHz) 1.47 1.46 68HC12 (8 MHz) 1.33 , 1.5 0.95 0.94 80C51XA (20 MHz) 1.04 1.03 68HC16 (16 MHz) 68HC12 (8 MHz) 0.85 0.90 , 80C51XA (20 MHz) 2.25 68HC16 (16 MHz) 10 2.25 68HC12 (8 MHz) ST9+ (25 MHz) 3.80 5.63 , -bit MCUs 16-bit MCUs 0 0.5 1 80C51XA (20 MHz) 0.93 68HC16 (16 MHz) 0.63 68HC12
STMicroelectronics
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8 BIT ALU Assembler programming BUBBle Sort st7275 P80C32 arithmetic instruction for microcontroller 68HC11 cisc architecture in 8051

PSD813F2VA-15U

Abstract: PSDPRO either an Infineon C167 or Phillips 80C51XA microcontroller · FlashLINK JTAG in-system programmer (ISP , -DK4000XA-220 Microcontroller use (Power Supply) Infineon C167 (110V) Infineon C167 (220V) Phillips 80C51XA (110V) Phillips 80C51XA (220V) BACK 208.60 208.60 208.60 208.60 Catalog #620, Nov. - Jan. 2005 © Copyright 2005
STMicroelectronics
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PLCC-52 511-PSD4256G6V-10UI PSD813F2VA-15U 511-PSDPRO-220 DK4000-XA DK900 DK4000-XA-220 511-PSD813F1VA-15J 511-PSD813F1VA-15M PQFP-52 511-PSD813F1VA-15U TQFP-52

80C51XA derivatives

Abstract: 80C51XA Philips Semiconductors Architectural overview 80C51XA ­ 24 bit address range (16 megabytes , the XA architecture and will include power-down and idle modes. The Philips Semiconductors 80C51XA , core will vary from derivative to derivative. The 80C51XA architecture supports: ­ Upward , Semiconductors Architectural overview 80C51XA ALU Interrupt Controller Data operations in the XA , . 1871 Philips Semiconductors Architectural overview 80C51XA PROGRAMMABLE REGISTERS The
Philips Semiconductors
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80C51XA derivatives

80C552 Development Board

Abstract: DB-51 Applications CEIBO â'¢ Adaptable to 80C51XA Microcontrollers TEL: 314-830-4084 FAX: 314-8304083 8-47 CEIBO , addressing and a UART are fully supported. 8xCL410, 8xC751 and 8xC752 have very limited support. 80C51XA , upgrade DB-51 for supporting 80C51XA microcontrollers. Call Ceibo for more information. LIMITATIONS
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OCR Scan
87C751 87C752 80C552 80C552 Development Board OMF51 philips assembler 80c51 RS-232 P8051 SD/OM4238

st7275

Abstract: intel 80C51 ALU -bit registers (include accumulator) 80C51XA PHILIPS 68HC16 MOTOROLA 68HC12 MOTOROLA ST9+ SGS-THOMSON , MHz) H8/300 (10 MHz) ST9 (12 MHz) ST9+ (25 MHz) 68HC12(8 MHz) 68HC16(16 MHz) 80C51XA , MHz) 80C51XA(20 MHz) 0 best density Figure 2. Computing performance global code size , 2.10 1.84 3.00 3.00 2.63 68HC16(16 MHz) 68HC12(8 MHz) 2.25 80C51XA(20 MHz) 0 , MHz) ST9 (12 MHz) ST9+ (25 MHz) 68HC12(8 MHz) 68HC16(16 MHz) 80C51XA(20 MHz) 0
STMicroelectronics
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intel 80C51 ALU ST90R50 68hc12 motorola linker ST7 series MCU 68HC05 68HC11

68HC11

Abstract: 68HC16 Motorola 68HC11 and 68HC16 · Philips 8031 and 80C51XA · Zilog Z80, Z8 and Z180 · Infineon C500 family , . 3. If you are using an 80C51XA in burst mode, connect A4/D0 through A11/D7 to this port. ALE or AS , , connect AD[8:15] to this port 4. If you are using an 80C51XA in burst mode, connect A[12:19] to this , 80C51XA mode 5. As data bus port (D0-7) in non-multiplexed bus configuration PG0-PG7 21-28 I/O , when the device is configured in Philips 80C51XA mode. Not used bit should be set to zero. Bit
WaferScale Integration
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PSD935G2 80C251 C500 J1850 PSD913G2 Z180

0.16 ohm po12 data sheet

Abstract: 80C196 instruction set write to flash memory while it resides in "program" space during field firmware updates, my 80C51XA , 68HC16, 68HC12, and 683XX · Philips 80C51XA · Infineon C16X devices · Hitachi H8 4 Mbit Flash , . 3. If you are using an 80C51XA in burst mode, connect A4/D0 through A11/D7 to this port. ALE or AS , multiplexed address/data bus, connect A[8:15] to this port. 3. If you are using an 80C51XA in burst mode , Program Select enable, active low in code fetch bus cycle (80C51XA mode). 2. BHE - High byte enable, 16
WaferScale Integration
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PSD4000 PSD4235G2 0.16 ohm po12 data sheet 80C196 instruction set tc 317 c H8/2350 HATTELAND intel 80c196 INSTRUCTION SET 800-TEAM-WSI

80188 application note

Abstract: 68HC11 : · Intel 8031, 80196, 80188, 80C251 · Motorola 68HC11 and 68HC16 · Philips 8031 and 80C51XA · , using an 80C51XA in burst mode, connect A4/D0 through A11/D7 to this port. ALE or AS latches the , ] to this port 4. If you are using an 80C51XA in burst mode, connect A[12:19] to this port. ALE or , . Input to the PLD. 3. Latched address outputs. 4. As address A0-3 inputs in 80C51XA mode 5. As data , 4 are active only when the device is configured in Philips 80C51XA mode. Not used bit should be set
STMicroelectronics
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TQFP80 80188 application note sec7_prot Motorola PSM

80188 application note

Abstract: 8031, 80196, 80188, 80C251 · Motorola 68HC11 and 68HC16 · Philips 8031 and 80C51XA · Zilog Z80, Z8 and , ] to this port. 3. If you are using an 80C51XA in burst mode, connect A4/D0 through A11/D7 to this port , . If you are using an 80C51XA in burst mode, connect A[12:19] to this port. ALE or AS latches the , address A0-3 inputs in 80C51XA mode 5. As data bus port (D0-7) in non-multiplexed bus configuration Port G , when the device is configured in Philips 80C51XA mode. Not used bit should be set to zero. Bit
STMicroelectronics
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intel 80196 microcontroller

Abstract: intel 80c196 microcontroller sixteen-bit (shown in Figure 17) data mode. With a sixteen-bit data bus, the 80C51XA's WRH pin is connected , non-multiplexed bus or 80C251 mode 3. A4/D0-A11/D7 inputs in 80C51XA mode 4. Address (or latched address , mode 3. AD8-AD15 inputs in 80C251 mode 4. A12-A19 or A12/D8 - A19/D15 inputs in 80C51XA mode 5 , GPLD 3. Latched address outputs (see Table 3) 4. As Address A0-3 inputs in 80C51XA mode 5. As Data , inputs are A[19:4] in 80C51XA mode. PLD INPUT BUS 63 24 45 PT ALLOC. 23 INPUT MICROCELL
WaferScale Integration
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intel 80196 microcontroller intel 80c196 microcontroller intel 80196 microcontroller development board intel 80251 PSD601E1 ad1013

intel 80c196 microcontroller

Abstract: intel 80251 . With a sixteen-bit data bus, the 80C51XA's WRH pin is connected to the PC7 pin on the PSD6XXE1. Pin , mode 3. A4/D0-A11/D7 inputs in 80C51XA mode 4. Address (or latched address) inputs to PLD ADIO8 , inputs in 80C251 mode 4. A12-A19 or A12/D8 - A19/D15 inputs in 80C51XA mode 5. Address (or latched , address outputs (see Table 3) 4. As Address A0-3 inputs in 80C51XA mode 5. As Data Bus Port (D0­3) in , A[19:4] in 80C51XA mode. PLD INPUT BUS 63 24 45 PT ALLOC. 23 INPUT MICROCELL
WaferScale Integration
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intel 80196 Introduction definitions wsi Magic PRO III 80386EX PSD602E1 PSD611E1 PSD612E1 PSD6XXE1-70 PSD6XXE1-90 PSD6XXE1-15

C167R

Abstract: 80C51XA 80C51XA won't allow it The flash PSD provides means to "reclassify" flash memory as "data" space during , Motorola 68HC16, 68HC12, 683XX, and MC2001 · Philips 80C51XA · Infineon C16X devices · Hitachi H8 t 4 , :7] to this port. 3. If you are using an 80C51XA in burst mode, connect A4/D0 through A11/D7 to , 80C51XA in burst mode, connect A12/D8 through A19/D15 to this port. ALE or AS latches the address. The , Select enable, active low in code fetch bus cycle (80C51XA mode) 2. BHE - High byte enable. 3. UDS -
STMicroelectronics
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PSD4135G2 C167R MC68331 csi 9346 motorola 68hc12 schematic programmer Intel 80196 intel 80296

pld decoder

Abstract: 683XX 80C51XA won't allow it! The flash PSD provides means to "reclassify" flash memory as "data" space during , Motorola 68HC16, 68HC12, 683XX, and MC2001 · Philips 80C51XA · Infineon C16X devices · Hitachi H8 t 4 , :7] to this port. 3. If you are using an 80C51XA in burst mode, connect A4/D0 through A11/D7 to , 80C51XA in burst mode, connect A12/D8 through A19/D15 to this port. ALE or AS latches the address. The , Select enable, active low in code fetch bus cycle (80C51XA mode) 2. BHE - High byte enable. 3. UDS -
STMicroelectronics
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pld decoder C16X

80186 programmer guide

Abstract: C167 flash program "program" space during field firmware updates, my 80C51XA won't allow it! The flash PSD provides means to , 80196, 80186, and 80386EX · Motorola 68HC16, 68HC12, 683XX, and MC2001 · Philips 80C51XA · Infineon C16X , , connect A[0:7] to this port. 3. If you are using an 80C51XA in burst mode, connect A4/D0 through A11/D7 to , /data bus, connect A[8:15] to this port. 3. If you are using an 80C51XA in burst mode, connect A12/D8 , code fetch bus cycle (80C51XA mode). 2. BHE - High byte enable, 16-bit data bus 3. UDS - Strobe for
WaferScale Integration
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80186 programmer guide C167 flash program 74935 PSD4235 unlock motorola
Abstract: write to flash memory while it resides in â'programâ' space during field firmware updates, my 80C51XA , '¢ Motorola 68HC16, 68HC12, 683XX, and MC2001 â'¢ Philips 80C51XA â'¢ Infineon C16X devices â'¢ Hitachi H8 , using an 80C51XA in burst mode, connect A4/D0 through A11/D7 to this port. ALE or AS latches the , /data bus, connect A[8:15] to this port. 3. If you are using an 80C51XA in burst mode, connect A12/D8 , code fetch bus cycle (80C51XA mode). 2. BHE â'" High byte enable, 16-bit data bus 3. UDS â'" Strobe WaferScale Integration
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ST 9427

Abstract: 80C164-80C167 "program" space during field firmware updates, my 80C51XA won't allow it! The flash PSD provides means to , Motorola 68HC16, 68HC12, 683XX, and MC2001 · Philips 80C51XA · Infineon C16X devices · Hitachi H8 4 , have a multiplexed address/data bus, connect A[0:7] to this port. 3. If you are using an 80C51XA in , using an 80C51XA in burst mode, connect A12/D8 through A19/D15 to this port. ALE or AS latches the , can be: 1. PSEN - Program Select enable, active low in code fetch bus cycle (80C51XA mode) 2. BHE -
STMicroelectronics
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ST 9427 80C164-80C167 ST 9422 80C51XA -G3 EEPROM

datasheet dan scr transistor

Abstract: M68HC912 -8XC251 (16-bit Address Mode)/PSD813F. 71 80C51XA . 78 9.1 Schematic 80C51XA/PSD813F . 79 9.2 Memory Map-80C51XA/PSD813F1. 80 9.3 Template-80C51XA/PSD813F
WaferScale Integration
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M68HC11 M68331 M68HC912 datasheet dan scr transistor h1a0 PSD813FX 80c31 code manual Appnote57 M68331/PSD813F1

psd4xx

Abstract: AD11 in Program space during field firmware updates? My 80C51XA will not allow it. The PSD provides , multiplexed address/data bus, connect A0-A7 to this port. 3. If you are using an 80C51XA in burst mode , are using an 80C51XA in burst mode, connect A12/D8 through A19/D15 to this port. ALE or AS latches , Select Enable, active Low in code fetch bus cycle (80C51XA mode). 2. BHE ­ High-byte enable, 16 , ) outputs, or inputs to CPLD. 3. Latched address outputs. 4. Address A1-A3 inputs in 80C51XA mode (PF0 is
STMicroelectronics
Original
PSD4235G2V psd4xx AD11 AD12 AD14 ROM. In-system programming c167

psd4xx

Abstract: AD0-AD15 Flash memory while it resides in Program space during field firmware updates? My 80C51XA will not , port. 3. If you are using an 80C51XA in burst mode, connect A4/D0 through A11/D7 to this port. ALE , /data bus, connect A8-A15 to this port. 3. If you are using an 80C51XA in burst mode, connect A12/D8 , selected, this pin can be: 1. PSEN ­ Program Select Enable, active Low in code fetch bus cycle (80C51XA , 80C51XA mode (PF0 is grounded) 5. Data bus port (D0-D7) in a non-multiplexed bus configuration. 6
STMicroelectronics
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AD0-AD15 AD10

ST 9427

Abstract: 52SB memory while it resides in "program" space during field firmware updates, my 80C51XA won't allow it The , Philips 80C51XA · Infineon C16X devices · Hitachi H8 t 4 Mbit Flash memory. This is the main Flash , ] to this port. 3. If you are using an 80C51XA in burst mode, connect A4/D0 through A11/D7 to this port , , connect A[8:15] to this port. 3. If you are using an 80C51XA in burst mode, connect A12/D8 through A19/D15 , code fetch bus cycle (80C51XA mode) 2. BHE - High byte enable. 3. UDS - Strobe for high data byte, 16
STMicroelectronics
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52SB

PSD834

Abstract: 80196 instruction set Motorola 68HC11 and 68HC16 · Philips 8031 and 80C51XA · Zilog Z80, Z8 and Z180 · Infineon C500 family , using an 80C51XA in burst mode, connect A4/D0 through A11/D7 to this port. ALE or AS latches the , ] to this port 4. If you are using an 80C51XA in burst mode, connect A[12:19] to this port. ALE or , 80C51XA mode 5. As data bus port (D0-7) in non-multiplexed bus configuration PG0-PG7 21-28 I/O , configured in Philips 80C51XA mode. * Not used bit should be set to zero Bit definitions: Bit 0 0 =
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PSD835G2 PSD834 80196 instruction set infineon c500 eeprom transistor 0882 WSI PSD 813
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