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RTD14012F (2-1419108-9) TE Connectivity (2-1419108-9) RTD14012F
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T75S5D112-24 (2-1393223-8) TE Connectivity (2-1393223-8) T75S5D112-24=V23061-B1007-X8
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PowerPC 601 datasheet (2)

Part Manufacturer Description Type PDF
PowerPC601 Motorola RISC Microprocessor Original PDF
PowerPC-601 Motorola RISC Microprocessor Original PDF

PowerPC 601 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1993 - PPC601

Abstract:
Text: document provides an overview of the PowerPC 601 RISC microprocessor features, including a block diagram , divided into three parts: · Part 1, " PowerPC 601 Microprocessor Overview," provides an overview of the , Part 3, " PowerPC 601 Microprocessor: Implementation," describes the PowerPC architecture in general, noting where the 601 differs. In this document, the terms " PowerPC 601 RISC Microprocessor" and " 601 " are used to denote the first microprocessor from the PowerPC architecture family. The PowerPC 601


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PDF MPR601TSU-02 MPC601/D A25/862-1, R0260, PPC601 MPC601 PowerPC 601 instructions set PowerPC Operating Environment Architecture SPR20
1993 - PowerPC 601 instructions set

Abstract:
Text: PowerPC 601 RISC microprocessor features, including a block diagram showing the major functional components. It also provides an overview of the PowerPC architecture, and information about how the 601 , Part 1, " PowerPC 601 Microprocessor Overview," provides an overview of the 601 features, including a , Architecture," describes the three levels of the PowerPC architecture. · Part 3, " PowerPC 601 Microprocessor: Implementation," describes the PowerPC architecture in general, noting where the 601 differs


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PDF MPR601TSU-02 MPC601/D A25/862-1, R0260, PowerPC 601 instructions set 52 signals PowerPC 601 PPC601 601specific MPC601 SPR20 SPR25 SPR529
1993 - powerpc 601 advanced information

Abstract:
Text: overview of the PowerPC 601 RISC microprocessor features, VE including a block diagram Ishowing the major , divided into three parts: · Part 1, " PowerPC 601 Microprocessor Overview," provides an overview of the , Part 3, " PowerPC 601 Microprocessor: Implementation," describes the PowerPC architecture in general, noting where the 601 differs. In this document, the terms " PowerPC 601 RISC Microprocessor" and " 601 " are used to denote the first microprocessor from the PowerPC architecture family. The PowerPC 601


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PDF MPR601TSU-02 MPC601/D A25/862-1, R0260, powerpc 601 advanced information ALU with SystemC ic BPU KU 601 PowerPC 601 SPR25 PowerPC 601 instructions set PPC601 MPC601 SPR532
PowerPC 601 instructions set

Abstract:
Text: PowerPC 601 RISC microprocessor features, including a block diagram showing the major functional components. It also provides an overview of the PowerPC architecture, and information about how the 601 , 1, " PowerPC 601 Microprocessor Overview," provides an overview of the 601 features, including a , describes the three levels of the PowerPC architecture. Part 3, " PowerPC 601 Microprocessor: Implementation," describes the PowerPC architecture in general, noting where the 601 differs. In this document


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PDF MPR601TSU-02 MPC601/D Pow638, A25/862-1, R0260, MPR601TSU-02 1ATX31326-4 PowerPC 601 instructions set PPC601
1993 - Not Available

Abstract:
Text: the PowerPC 601 RISC microprocessor features, including a block diagram showing the major functional components. It also provides an overview of the PowerPC architecture, and information about how the 601 , Architecture,” describes the three levels of the PowerPC architecture. • Part 3, “PowerPC 601 Microprocessor: Implementation,” describes the PowerPC architecture in general, noting where the 601 differs , the first microprocessor from the PowerPC architecture family. The PowerPC 601 microprocessors are


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PDF MPR601TSU-02 MPC601/D A25/862-1, R0260,
1995 - PPC601

Abstract:
Text: Advance Information PowerPC 601TM RISC Microprocessor Hardware Specifications The PowerPC 601 , characteristics of the processor, refer to the PowerPC 601 RISC Microprocessor User's Manual. This document contains the following topics: Page Section 1.1, " PowerPC 601 Microprocessor Overview" Section 1.2, "General Parameters" Section 1.3, " PowerPC 601 Microprocessor Electrical Specifications" Section 1.4, " PowerPC 601 Microprocessor Thermal Management Information" Section 1.5, " PowerPC 601 Microprocessor


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PDF MPR601HSU-03 MPC601EC/D 601TM A25/862-1, R0260, PPC601 PANASONIC Memory card 32kbyte hysol 4323 A23 862-1 DL13 DL14 DL12 MPC601 DL10 PowerPC 601
1995 - a23 862-1

Abstract:
Text: The PowerPC 601 microprocessor is the first implementation of the PowerPCTM family of reduced , the 601 and 601v. For functional characteristics of the processor, refer to the PowerPC 601 RISC , , " PowerPC 601 Microprocessor Overview" Section 1.2, "General Parameters" Section 1.3, " PowerPC 601 Microprocessor Electrical Specifications" Section 1.4, " PowerPC 601 Microprocessor Thermal Management Information" Section 1.5, " PowerPC 601 Microprocessor Pinout Diagram" Section 1.6, " PowerPC 601


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PDF MPR601HSU-03 MPC601EC/D 601TM A25/862-1, R0260, a23 862-1 hysol 4323 PPC601 MPC601 Epx 5341 DL14 DL13 DL12 DL10 601V 244
1995 - a23 862-1

Abstract:
Text: Microprocessor Hardware Specifications LE SE The PowerPC 601 microprocessor is the first implementation , processor, refer to the PowerPC 601 RISC Microprocessor User's Manual. Topic Page DB YF RE ES Section 1.1, " PowerPC 601 Microprocessor Overview" Section 1.2, "General Parameters" Section 1.3, " PowerPC 601 Microprocessor Electrical Specifications" Section 1.4, " PowerPC 601 Microprocessor Thermal Management Information" Section 1.5, " PowerPC 601 Microprocessor Pinout Diagram" Section 1.6


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PDF MPR601HSU-03 MPC601EC/D 601TM Micropr38, A25/862-1, R0260, a23 862-1 ppc601 601V 244 Epx 5341 hysol 4323 52 signals PowerPC 601 Hysol MPC601 PowerPC 601
1995 - equivalent transistor bc 172 b

Abstract:
Text: MPR601UM-01 MPC601UM/AD PowerPC 601 TM RISC Microprocessor User's Manual CONTENTS , 1.3.2.1.5 PowerPC 601 Microprocessor Overview , . 1-10 The 601 as a PowerPC Implementation , .1-20 PowerPC Cache Characteristics .1-21 601 , ) .2-13 PowerPC 601 RISC Microprocessor User's Manual CONTENTS 2.2.5.2 2.2.5.3 2.2.5.3.1


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PDF MPR601UM-01 MPC601UM/AD equivalent transistor bc 172 b bc 7-25 transistor Bc 542 bc 147 transistor FRB 749 transistor BC 147 transistor bc 567 transistor Bc 540 BLR MQ bc 457
Not Available

Abstract:
Text: hashed page tables 2 PowerPC 601 RISC Microprocessor Technical Summary MOTOROLA - 52 , be executed by the program. MOTOROLA PowerPC 601 RISC Microprocessor Technical Summary 3 , . MPC601 Block Diagram PowerPC 601 RISC Microprocessor Technical Summary MOTOROLA 1.3.1 , units-the BPU, IU, and FPU. MOTOROLA PowerPC 601 RISC Microprocessor Technical Summary 5 1.4.1 , support all data types. 6 PowerPC 601 RISC Microprocessor Technical Summary MOTOROLA 1.5


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PDF 601/D MPC601 MPC601 MPC601,
PowerPC 601 instructions set

Abstract:
Text: original PowerPC 601 processor. The 100MHz processor was developed in a .5p CMOS technology with a high , perform ance, lower power, and sm aller die size processor. Com pared to the original PowerPC 601 , the 100MHz PowerPC 601 is packaged in a physically identical 304 pin Ceramic Quad Flat Pack with im proved , locations are identical to the original PowerPC 601 processor. Positive power supply pins are divided betw , . Input and output signal levels are identical to the original PowerPC 601 processor through the developm


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PDF 6011Mmicroprocessor 32-bit PowerPC 601 instructions set PPC601 ppc601fd
1995 - ppc601

Abstract:
Text: MPR601UM-01 MPC601UM/AD ™ PowerPC 601 RISC Microprocessor User's Manual About This , compatible with subsequent processors in the PowerPC family. The 601 provides a bridge between the POWER , and how the 601 diverges from the PowerPC definition. Instances where the 601 differs from the , develop products for the 601 microprocessor and PowerPC processors in general. It is assumed that the , understanding of the features and functions of the PowerPC architecture and the 601 processor. This chapter


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PDF MPR601UM-01 MPC601UM/AD ppc601
1995 - MPC601

Abstract:
Text: MPR601UM-01 MPC601UM/AD PowerPC 601 TM RISC Microprocessor User's Manual About This , subsequent processors in the PowerPC family. The 601 provides a bridge between the POWER architecture and , the 601 diverges from the PowerPC definition. Instances where the 601 differs from the PowerPC , for the 601 microprocessor and PowerPC processors in general. It is assumed that the reader , functions of the PowerPC architecture and the 601 processor. This chapter also provides a general


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PDF MPR601UM-01 MPC601UM/AD MPC601 PowerPC PowerPC 601 IC A01B PPC601 tagf2 52G7487 CD 76 13 CP BLR MQ KU 601
c30mh

Abstract:
Text: applications section of this data sheet. · Clock Driver for PowerPC 601 and Pentium Microprocessors · 14 , necessary clock frequencies for the PowerPC 601 and Pentium Microprocessors. With output frequency , simplifies the system implementation of a PowerPC 601 or Pentium Microprocessor. This section will overview , alternative clock driver suitable for PowerPC 601 or Pentium Microprocessor based designs. Figures 7 and 8 illustrate two common output config urations of the 88PL117 which will facilitate POWERPC 601 (MPC601) system


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PDF MC88PL117 88PL117 BR1333 c30mh 50mhz ceramic FILTER
MIPS r3000

Abstract:
Text: 68040, 68EC040 88100 PowerPC 601 Ì386/Ì486/Ì860 80960-16/25/33 PENTIUM 32016 320032 10H640, 641,642, 643, 644, 645, 646 88LV926, MPC930, 950, 952, 955, 970, 972 68060, 68040 PowerPC 601 PowerPC 603 PowerPC


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PDF MC74F803 MC74F1803 MC10/100H640 MC10/100H641 MC10/100H642 MC10/100H643 MC10/100H644 MC10/100H645 MC10/100H646 MC88913 MIPS r3000 68EC020 amd 29000 PowerPC 601 Dip 28 4 mhz motorola motorola mc 68000 PowerPC 950 mc10 68EC030 motorola 68060
1997 - 30mhz ceramic FILTER

Abstract:
Text: Driver for PowerPC 601 and Pentium Microprocessors · · · · CMOS PLL CLOCK DRIVER Dedicated , 2. Valid for output configurations 2, 5, 7 Applications Information suitable for PowerPC 601 or , frequencies for the PowerPC 601 and Pentium Microprocessors. With output frequency capabilities up to 120MHz , implementation of a PowerPC 601 or Pentium Microprocessor. This section will overview the clock re quir em ent , the 88PL117 which will facilitate POWERPC 601 (MPC601) system designs. Figure 7 would prove


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PDF MC88PL117 MC88PL117 88PL117 BR1333 MC88PL117/D 30mhz ceramic FILTER mpc601 PLL 120Mhz MC88915TFN133 Nippon capacitors
1994 - Mpc601

Abstract:
Text: data sheet. CMOS PLL CLOCK DRIVER • PowerPC 601 Microprocessor and Pentium Microprocessor , frequencies for the PowerPC 601 and Pentium Microprocessors. With output frequency capabilities up to 160MHz , implementation of a PowerPC 601 or Pentium Microprocessor. This section will overview the clock r equir ement s , data sheet for an alternative clock driver suitable for PowerPC 601 or Pentium Microprocessor based designs. Driving the PowerPC 601 Microprocessor Figures 9 and 10 illustrate two common output


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PDF MC88PL117 MC88PL117 88PL117 MC88PL117/D* TIMINGMC88PL117/D BR1333 Mpc601 WP-90516-19.66MHZ
PowerPC 970 register set

Abstract:
Text: VOLTAGE PLL CLOCK DRIVER 52 1 The MPC970 was designed specifically to drive today's PowerPC 601 FA S , -02 address higher frequency PowerPC 601 as well as PowerPC 603 and PowerPC 604 applications. The 2x , PowerPC 601 designs) compatible and requires no external loop filter components. All inputs accept LVCMOS , through the divider chain. For instance in the PowerPC 601 m icroprocessor clock generation mode the TCIk , . MPC601_Clks The MPC601_Clks input will configure the outputs to drive the PowerPC 601 microprocessor when


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PDF MPC970 MPC971 MPC971. MPC970, 250MHz BR1333 PowerPC 970 register set
1995 - MPC601

Abstract:
Text: ±50ps Typical Cycle­to­Cycle Jitter The MPC970 was designed specifically to drive today's PowerPC 601 , 601 as well as PowerPC 603 and PowerPC 604 applications. The 2x_PCLK output can toggle at up to , the TClk is fed through the internal dividers. The MPC970 is fully 3.3V (3.6V for PowerPC 601 , MPC601_Clks input will configure the outputs to drive the PowerPC 601 microprocessor when pulled HIGH or left , MPC970 BCLKEN The BCLKEN output is designed to drive the BCLKEN input of the PowerPC 601


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PDF MPC970/D MPC970 MPC970 250MHz MPC970/D* BR1333 MPC601 differential ring oscillator Nippon capacitors
1994 - Mpc601

Abstract:
Text: Jitter 52 1 The MPC970 was designed specifically to drive today’s PowerPC 601 FA SUFFIX TQFP , higher frequency PowerPC 601 as well as PowerPC 603 and PowerPC 604 applications. The 2x_PCLK output can , the internal dividers. The MPC970 is fully 3.3V (3.6V for PowerPC 601 designs) compatible and , input will be routed through the divider chain. For instance in the PowerPC 601 microprocessor clock , configure the outputs to drive the PowerPC 601 microprocessor when pulled HIGH or left open. When pulled


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PDF MPC970/D MPC970 MPC971 MPC970 MPC971 MPC971. MPC970, Mpc601
1997 - MPC601

Abstract:
Text: ±50ps Typical Cycle­to­Cycle Jitter The MPC970 was designed specifically to drive today's PowerPC 601 , 601 as well as PowerPC 603 and PowerPC 604 applications. The 2x_PCLK output can toggle at up to , PowerPC 601 designs) compatible and requires no external loop filter components. All inputs accept LVCMOS , divider chain. For instance in the PowerPC 601 microprocessor clock generation mode the TClk input will , designed to drive the BCLKEN input of the PowerPC 601 microprocessor when the MPC970 is in the


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PDF MPC972 MPC974 MPC970 MPC970 250MHz MPC970/D BR1333 MPC601 MPC974 Nippon capacitors powerpc 601 powerpc 601 advanced information
MPC971

Abstract:
Text: PLL CLOCK DRIVER 5: 1 The MPC970 was designed specifically to drive today's PowerPC 601 FA , address higher frequency PowerPC 601 as well as PowerPC 603 and PowerPC 604 applications. The 2x , fed through the internal dividers. The MPC970 is fully 3.3V (3.6V for PowerPC 601 designs) compatible , routed through the divider chain. For instance in the PowerPC 601 m icroprocessor clock generation mode , MPC601_Clks input will configure the outputs to drive the PowerPC 601 microprocessor when pulled HIGH or left


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PDF MPC970 MPC971 MPC971. MPC970, 250MHz b3b7252
differential ring oscillator

Abstract:
Text: MPC970 was designed specifically to drive today's PowerPC 601 and Pentium processors while providing the necessary performance to address higher frequency PowerPC 601 as well as PowerPC 603 and PowerPC 604 , fed through the internal dividers. The MPC970 is fully 3.3V (3.6V for PowerPC 601 designs) compatible , will be routed through the divider chain. For instance in the PowerPC 601 microprocessor clock , will configure the outputs to drive the PowerPC 601 microprocessor when pulled HIGH or left open. When


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PDF MPC972 MPC974 PC970 MPC970 250MHz 52-Lead BR1333 differential ring oscillator PC970
1996 - motherboard major problems

Abstract:
Text: PowerPC HIGHLIGHTS TM QAN11 601 CPU Interface to VESA Bus QuickLogic QL12x16 device controls system interface logic connecting PowerPCTM 601 CPU to OPTI chipset that supports PC/AT standard Fast 33 MHz VESA bus operation Converts 64-bit 601 CPU data cycles into 32-bit cycles for VESA bus , PowerPC 601 to VESA Bus PowerPC 601 CPU TM VESA CARD 486 CPU Core Logic SRAM , Motorola to aid its OEM customers in software development for the PowerPC 601 Processor. This development


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PDF QAN11 QL12x16 64-bit 32-bit motherboard major problems burst bus mode in 80486 interrupt 80486 vesa local bus design interrupt in 80486 opti chipset 80486 memory devices OPTi chipset 486 80486 interface 80486 chipset
1997 - motherboard major problems

Abstract:
Text: PowerPC HIGHLIGHTS TM QAN11 601 CPU Interface to VESA Bus QuickLogic QL2003 device controls system interface logic connecting PowerPCTM 601 CPU to OPTI chipset that supports PC/AT standard Fast 33 MHz VESA bus operation Converts 64-bit 601 CPU data cycles into 32-bit cycles for VESA bus , PowerPC 601 to VESA Bus PowerPC 601 CPU TM VESA CARD 486 CPU Core Logic QuickLogic , customers in software development for the PowerPC 601 Processor. This development platform consists of


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PDF QAN11 QL2003 64-bit 32-bit QL12x16 QL2003 motherboard major problems PowerPC 601 "bus steering logic" opti 486 chipset interrupt 80486 DSA00483375 dma 80486 burst bus mode in 80486 vesa local bus arbitration 80486 interface
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