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Vishay Intertechnologies
TFBR4650-TR1 IR Transceiver 886nm 115.2kbit/s 2us 7-Pin SMD T/R - Tape and Reel (Alt: TFBR4650-TR1)
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000
Avnet TFBR4650-TR1 Reel 0 36 Weeks 1,000 - - - $2.89 $2.49 More Info
Newark element14 TFBR4650-TR1 Cut Tape 992 1 $5.61 $4.65 $3.82 $3.33 $3.33 More Info
Future Electronics TFBR4650-TR1 Reel 1,000 1,000 - - - $2.67 $2.67 More Info
element14 Asia-Pacific TFBR4650-TR1 992 1 $6.65 $5.8 $4.35 $4.11 $4.11 More Info
Farnell element14 TFBR4650-TR1 992 1 £2.73 £2.42 £2.07 £2.07 £2.07 More Info
Ericsson
BMR4650010/001C DIGITAL 90A POL PMC SERIES 10-16A DOSA (Alt: BMR4650010/001C)
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Avnet BMR4650010/001C 0 24 Weeks 65 - - - - - More Info
Vishay Intertechnologies
EDGF0800R4650KXB00 Res Wirewound 0.465Ohm 10% 800W Edgewound Fixed Screw Terminal Bulk (Alt: EDGF0800R4650KXB00)
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000
Avnet EDGF0800R4650KXB00 0 4 Weeks 1 - - - - - More Info
Vishay Intertechnologies
EDGU0800R4650KXB00 Res Wirewound 465m Ohm 10% 800W ±20ppm/°C to ±350ppm/°C Screw Terminal Bolt-On Bulk - Bulk (Alt: EDGU0800R4650KXB00)
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000
Avnet EDGU0800R4650KXB00 Bulk 0 4 Weeks 1 $269.19 $104.69 $88.39 $84.39 $84.39 More Info
Integrated Device Technology Inc
IDT79R4650133MS
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000
ComS.I.T. IDT79R4650133MS 24 - - - - - More Info
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Vishay Semiconductors
TFBR4650-TR1
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000
New Advantage Corporation TFBR4650-TR1 3,000 3,000 - - - $3.56 $3.34 More Info

R4650 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
MIPS R4X00 16-bit

Abstract: No abstract text available
Text: icroprocessors. An array of d e velop m e nt to o ls fa c ilita te s the rapid d e v e l opment of R4650-based , . Table 3 shows the CPO registers of the R4650. Number 0 1 Name IBase IBound DBase DBound Function , exceptions. Cache Memory In order to keep the R4650's high-performance pipeline full and operating , the caches found on the R4650. Instruction Cache The R4650 incorporates a two-way set associative , memory at a peak rate of 533MB/sec at 133MHz. Figure 4 shows a typical system using the R4650. In this


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PDF 64-BIT 80MHz, 100MHz, 133MHz 133MHz MIPS R4X00 16-bit
1997 - 179-PGA

Abstract: A1 F45 49FCT805C R4650 R4640 R36100 R3081 R3052 R3051 79S440
Text: SYSCMD0 MODECLOCK T_R_RESET_N GND T_R_COLDRESET_N R_VCCOK T_VCCOK D U8 R4650-208PQFP , R4650 as well as 64-bit system interface for the R4650. The 79S440 draws power from the 79S465 , R4640 and R4650-when in 32-bit mode-maintain the R4700's bus protocol, but it has been extended to , modified to support the R4640's or the R4650's 32-bit bus interface. Similarly, the external clock , plugged-in cards. Figure 2.2 illustrates the internal clock circuitry of the R4640 and R4650. ~ColdReset


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PDF 79S440 LT1085CT-3 179-PGA A1 F45 49FCT805C R4650 R4640 R36100 R3081 R3052 R3051 79S440
R4650

Abstract: No abstract text available
Text: facilitâtes the rapid development of R4650-based systems, enabling a wide variety of customers to take , reference timer, and can signal a periodic interrupt. Table 3 shows the CPO registers of the R4650. Number , decoding interrupts from general purpose exceptions. Cache Memory In order to keep the R4650's , . Table 6 is an overview of the caches found on the R4650. Instruction Cache The R4650 incorporâtes a , at 133MHz. Figure 4 shows a typical system using the R4650. In this example two banks of DRAMs are


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PDF 64-BIT IDT79R4650â DT79RV4650â 80MHz, 100MHz, 133MHz 133MHz R4650
1995 - R4650

Abstract: addressing modes of TMS320C50 "motion jpeg" AN-137 DSP16 TMS320C25 TMS320C50
Text: block diagram of the R4650. Thus, the Orion R4650 offers the best of both worlds. It is a powerful , HIGH END/ LOW POWER R4650 WITH DSP CAPABILITIES APPLICATION NOTE AN-137 Integrated Device , use of a general purpose microprocessor tailored more towards these usages. THE IDT ORIONTM R4650 The IDT Orion R4650 is the latest member of the RISControllerTM family from IDT. It is a derivative of the IDT Orion R4600 and is based on the MIPS architecture. The Orion R4650 is a highly


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PDF R4650 AN-137 addressing modes of TMS320C50 "motion jpeg" AN-137 DSP16 TMS320C25 TMS320C50
4S257

Abstract: No abstract text available
Text: registers of the R4650. Number 0 1 2 Name IBase IBound DBase DBound Function Instruction address , avoid decoding interrupts from general purpose exceptions. Cache Memory In order to keep the R4650's , of the caches found on the R4650. Instruction Cache The R4650 incorporates a tw o-w ay set , processor and memory at a peak rate of 533MB/sec at 133MHz. Figure 4 shows a typical system using the R4650. , designed to comm unicate with the R4650. Again, the system designer has the flexibility to make these price


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PDF 64-BIT 80MHz, 100MHz, 133MHz 133MHz 4S257
Not Available

Abstract: No abstract text available
Text: . Table 3 shows the CPO registers of the R4650. 1 Number 0 Instruction address space base (new , (useg) Mapped, 2.0GB Cache Memory In order to keep the R4650's high-performance pipeline full and , is an overview of the caches found on the R4650. 0x00000000 Instruction Cache The R4650 , typical system using the R4650. In this example two banks of DRAMs are used to supply and accept data , buffering or a faster, high perform ance interface can be designed to communicate with the R4650. Again


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PDF 64-BIT 80MHz, 100MHz, 133MHz 133MHz
Not Available

Abstract: No abstract text available
Text: . Table 3 shows the CPO registers of the R4650. Operation Instruction Latency ADD 4 SUB , € Cache Memory To keep the R4650†™s high-performance pipeline full and operating e ffic ie n tly , the , 6 is an overview of the caches found on the R4650. Instruction Cache The R4650 incorporates a , memory at a peak rate of 533MB/sec at 133MHz. Figure 4 shows a typical system using the R4650. In this , interface can be designed to communicate with the R4650. Again, the system designer has the flexibility to


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PDF 64-bit 100MHz, 133MHz, 180MHz 180MHz 150MHz 133MHz
1997 - 49FCT805CT

Abstract: 79S440 R4650 R4700 AN011 R464
Text: R4650 MQUAD to PGA conversion module. The following note will discuss about the compatibility issues , 1-2 1 buffer delay version of TClock. W7 1-2 R4640 Off W8 2-3 R4650 On W9 2-3 R4650 On W10 1-2 R4650 On W11 1-2 R4650 On W12 1-2 R4640 Off J3 , for the internal clock distribution tree of the R4640 and the R4650 is different from that of the R4700. Both the R4640 and the R4650 use only a single input clock-MasterClock. In addition, Tclock and


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PDF IDT79S440 AN-011 IDT79S4640 IDT79S4650. R4700 IDT79S465 64-bit R4600 49FCT805CT 79S440 R4650 AN011 R464
CONSUMPTION-R4650

Abstract: No abstract text available
Text: development of R4650-based systems, enabling a wide variety of customers to take advantage of the , R4650's floating-poing unit directly implements single-precision floating-point opérations. This enables , can signal a periodic interrupt. Table 3 shows the CPO registers of the R4650. Number Name Function 0 , exceptions. Cache Memory To keep the R4650's high-performance pipeline full and operating efficiently, the , R4650. Instruction Cache The R4650 incorporâtes a two-way set associative on-chip instruction cache


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PDF 64-bit IDT79R4650â IDT79RV4650â 100MHz, 133MHz, 180MHz, 200MHz CONSUMPTION-R4650
1996 - IDT79R4600 ORION Hardware Users Manual

Abstract: R4650 IDT79R4600 IDT79R4650 IDT79RV4650 R3051 R3052 R3081
Text: development of R4650-based systems, enabling a wide variety of customers to take advantage of the , reference timer, and can signal a periodic interrupt. Table 3 shows the CP0 registers of the R4650. , 0xA0000000 Cache Memory In order to keep the R4650's high-performance pipeline full and operating , found on the R4650. 0x9FFFFFFF Cached kernel physical address space (kseg0) Unmapped, 0.5GB , communicate with the R4650. Again, the system designer has the flexibility to make these price/performance


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PDF 64-BIT IDT79R4650TM IDT79RV4650TM 1500MB/sec 32-bit SysAD15 SysAD46 SysAD14 SysAD45 IDT79R4600 ORION Hardware Users Manual R4650 IDT79R4600 IDT79R4650 IDT79RV4650 R3051 R3052 R3081
Not Available

Abstract: No abstract text available
Text: developm ent tools facilitates the rapid devel­ opment of R4650-based systems, enabling a wide variety , reference timer, and can signal a periodic interrupt. Table 3 shows the CPO registers of the R4650. ADD , physical address space (ksegO) Unmapped, 0.5GB In order to keep the R4650†™s high-performance , implemented. Table 6is an overview of the caches found on the R4650. 0x80 0 0 00 0 0 0x7 FFt'FFF User , COMMERCIAL TEMPERATURE RANGE Figure 4 shows a typical system using the R4650. In this example two banks


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PDF 64-BIT IDT79R4650â 100MHz 200mW 1500MB/sec R4600/0rion 32-bit SysAD43 IDT79R4650
1997 - IDT79R4650

Abstract: IDT79RV4650 R3051 R3052 R3081 R4650 R4700 60-MFLOPS
Text: Memory To keep the R4650's high-performance pipeline full and operating efficiently, the R4650 , development of R4650-based systems, enabling a wide variety of customers to take advantage of the , , and can signal a periodic interrupt. Table 3 shows the CP0 registers of the R4650. Operation , , although some changes have been implemented. Table 6 is an overview of the caches found on the R4650. , typical system using the R4650. In this example two banks of DRAMs are used to supply and accept data


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PDF IDT79R4650TM IDT79RV4650TM 64-bit 100MHz, 133MHz, 180MHz 180MHz IDT79R4650 IDT79RV4650 R3051 R3052 R3081 R4650 R4700 60-MFLOPS
1995 - R4650

Abstract: AN-139 IDT79R4600 MC10H645 R3000 R3051 R4000 R4400 49FCT805C
Text: ~COLDRESET M17 VCCOK U7 R4650-4600PGA J17MASTERCLOCK P17 B4 MASTEROUT/NC U4 MODECLOCK MODEIN , FAULT_N U12IOOUT T13IOIN U4 R4650-208PQFP SYSAD63 173 SYSAD62 171 SYSAD61 167 164 SYSAD60 , rising edge of MasterClock. Figure 2 illustrates the internal clock tree of the R4650. An advantage of , clock distribution tree has to be implemented at the input of the R4650. The R4600 clock generation is illustrated in Figure 3. In this case, a buffer is used to delay the input clock to the R4650. The output of


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PDF R4600 R4650 AN-139 R4650 64-bit R4600) AN-139 IDT79R4600 MC10H645 R3000 R3051 R4000 R4400 49FCT805C
1996 - 16450 UART

Abstract: datasheet of intel 16450 UART r3081 R4650 R4700 of intel 16450 UART
Text: Device Technology, Inc. FEATURES: · Direct interface to IDT ORION R4600/R4700/ R4650 RISC processors - 64-Bit interface support for R4600/R4700/ R4650 - 32-Bit interface support for R4650 · 50 MHz bus , Interface ADDR R4650 EEPROM Interface Address Map Control RS-232 Serial Port Interrupt , , R4650 , R4600, R4700,R3081, R3052, R3051, R3041, RISController, and RISCore are trademarksof Integrated , R4600, R4700, and R4650 RISC microprocessors. The on-chip functions include: an Orion/ R4650 interface


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PDF R4761 IDT79R4761TM R4600/R4700/R4650 64-Bit R4600/R4700/R4650 32-Bit R4650 RS-232 R4762 16450 UART datasheet of intel 16450 UART r3081 R4650 R4700 of intel 16450 UART
Not Available

Abstract: No abstract text available
Text: . R4600. R4650. RV4650. R4700. R 3081. R3052. R 3051. R3041. R IS C o n tro lle r and R IS C ore are tra d , the CPO registers of the R4650. N u m b er Nam e IBase IBound D Base D B ound Function Instruction a , is an overview of the caches found on the R4650. Instruction Cache 0x00000000 Figure 3: Kern el , . Figure 4 shows a typical system using the R4650. In this exam ple tw o banks of D RAM s are used to , the R4650. Again, the system designer has the flexibility to make these price/performance trade-offs


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PDF 4650TM V4650TM 64-bit 100MHz, 133MHz, 180MHz, 200MHz 200MHz
1996 - IDT79R4650

Abstract: R3051 R3052 R3081 R36100 R4650 R4700 79R3081 IDT79R4650 Appendix A
Text: R4600/R4700 and the R4650. Chapter 2, "CPU Instruction Set Overview," contains an overview of CPU , describes the basic operation of the R4650's 5-stage CPU pipeline, including delay instruction , event combinations. Appendix D, "Integer Multiply Scheduling," describes the R4650's enhanced integer , , MacStation, MICROSLICE, PalatteDAC, REAL8, R3041, R3051, R3052, R3071, R3081, R36100, R3721, R4600, R4650 , : Throughout this manual, any references to the IDT79R4650 or R4650 also refer to the IDT79R4640 or R4640. The


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PDF IDT79R4650 R4600, R4600 R4650, R3051 R3052 R3081 R36100 R4650 R4700 79R3081 IDT79R4650 Appendix A
1995 - 79r3081

Abstract: IDT79R4600 ORION Hardware Users Manual R4650 R3715 R36100 R3081 R3052 R3051 mips3 r4600 data book R4000 MICROPROCESSOR
Text: microprocessor, including a detailed feature-by-feature comparison between the R4000 and the R4650. Chapter 2 , facilitates the rapid development of R4650-based systems, allowing a wide variety of customers to take , in subsequent chapters. Figure 1.1 presents a block level representation of the R4650's functional , , R3041, R3051, R3052, R3071, R3081, R36100, R3715, R3740, R4600, R4650 , R4700, RV3041, RV3081, RV4600 , Instruction Cache Data Cache Write buffer R4650 Clocks System Interface Comparison of R4650 and R4600


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PDF IDT79R4640TM/IDT79R4650TM R4650 79r3081 IDT79R4600 ORION Hardware Users Manual R3715 R36100 R3081 R3052 R3051 mips3 r4600 data book R4000 MICROPROCESSOR
1995 - 16450 UART

Abstract: of intel 16450 UART "serial eeprom" datasheet of 16450 UART datasheet of intel 16450 UART R3081 R4650 R4700
Text: Device Technology, Inc. FEATURES: · Direct interface to IDT ORION R4600/R4700/ R4650 RISC processors - 64-Bit interface support for R4600/R4700/ R4650 - 32-Bit interface support for R4650 · 50 MHz bus , Interface ADDR R4650 EEPROM Interface Address Map Control RS-232 Serial Port Interrupt , , R4650 , R4600, R4700,R3081, R3052, R3051, R3041, RISController, and RISCore are trademarksof Integrated , IDT79R4761 is a high performance memory/peripheral controller for the IDT R4600, R4700, and R4650 RISC


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PDF R4761 IDT79R4761TM R4600/R4700/R4650 64-Bit R4600/R4700/R4650 32-Bit R4650 RS-232 R4762 16450 UART of intel 16450 UART "serial eeprom" datasheet of 16450 UART datasheet of intel 16450 UART R3081 R4650 R4700
1997 - R4650

Abstract: R4640 TV MICROPROCESSORS ARM7100 SH7708 full form RISC 64-Bit Microprocessors 60MFLOPS
Text: R4640TM and R4650TM processors. The new higher-speed devices establish an unequaled performance/price , , or the Intel i960HTM series. The R4650 achieves the same basic performance metrics but adds , , including multimedia enhancements to the MIPS ISA. The DSP capability of the IDT R4640/ R4650 enables , R4640/ R4650 MIPS RISC processors, IDT will enable a broader range of new consumer devices to take , of our semiconductor partners." Principal R4640/ R4650 Features The enhanced performance of IDT


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PDF 1997-Integrated R4640TM R4650TM 64-bit R4640 R4650 1-800-9-IDT-FAX TV MICROPROCESSORS ARM7100 SH7708 full form RISC 64-Bit Microprocessors 60MFLOPS
1995 - R4650

Abstract: IDT79R3000 IDT79R4650 R3051 R3052 R3081
Text: . An array of development tools facilitates the rapid development of R4650-based systems, enabling a , periodic interrupt. Table 3 shows the CP0 registers of the R4650. Instruction Latency ADD 4 , 0x9FFFFFFF Cache Memory In order to keep the R4650's high-performance pipeline full and operating , found on the R4650. Cached kernel physical address space (kseg0) Unmapped, 0.5GB 0x80000000 , system using the R4650. In this example two banks of DRAMs are used to supply and accept data with a


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PDF 64-BIT IDT79R4650TM 100MHz 200mW 1500MB/sec R4600/Orion 32-bit SysAD15 SysAD46 SysAD14 R4650 IDT79R3000 IDT79R4650 R3051 R3052 R3081
1996 - F4024

Abstract: 49FCT805C IDT79R4600 a1f45 MASTER-CLOCK-OUT-4650 R3000 R4000 R4600-179PGA R4650 1000PF-50V
Text: SYSCMD[8:0] U16 ~RESET T14 ~COLDRESET M17 VCCOK U7 R4650-4600PGA J17MASTERCLOCK P17 B4 , SYSCMD0 FAULT_N PQFP-SOCKETS U12IOOUT T13IOIN U4 R4650-208PQFP SYSAD63 173 SYSAD62 171 , . Figure 2 illustrates the internal clock tree of the R4650. An advantage of the R4650 is that the , the input of the R4650. The R4600 clock generation is illustrated in Figure 3. In this case, a buffer is used to delay the input clock to the R4650. The output of the buffer is equivalent to TClock


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PDF R4600 R4650 AN-139 R4650 64-bit R4600) 32-bit F4024 49FCT805C IDT79R4600 a1f45 MASTER-CLOCK-OUT-4650 R3000 R4000 R4600-179PGA 1000PF-50V
1996 - R4650

Abstract: AN-137 DSP16 TMS320C25 TMS320C50
Text: simplified block diagram of the R4650. Thus, the Orion R4650 offers the best of both worlds. It is a , HIGH END/ LOW POWER R4650 WITH DSP CAPABILITIES APPLICATION NOTE AN-137 Integrated Device , use of a general purpose microprocessor tailored more towards these usages. THE IDT ORIONTM R4650 The IDT Orion R4650 is the latest member of the RISControllerTM family from IDT. It is a derivative of the IDT Orion R4600 and is based on the MIPS architecture. The Orion R4650 is a highly


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PDF R4650 AN-137 R4650 AN-137 DSP16 TMS320C25 TMS320C50
1996 - R4650

Abstract: IDTR4600 IDTR4650
Text: to be able to take full advantage of the features of the R4650. This Application note discusses the , R4650. Architectural Differences While a complete discussion of the architectural differences between , 0x20 for the Orion. b)STATUS Register: The STATUS register has a different format in the R4650. i , , the use of a dedicated interrupt vector is an option, not a mandate, in the R4650. For systems whose , coprocessor on board the R4650. The single biggest departure from the Orion is that the R4650 supports


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PDF R4650 R4600/R4700 AN-135 IDTR4650 IDTR4600 R4600 R4650. R4650: IDTR4600
1996 - s465

Abstract: 79S465 R4700 R4650 R36100 R3081 R3052 R3051 UPS schematics motorola 113 4-433
Text: Selections R4650 Master Clock Selection The R4650's master clock can be selected to be delayed by either , MASTEROUT R4650_4600 PGA TCLOCK0 MASTERCLOCK_CPU R_EXTRQST_N R_RDRDY_N R_RDRDY_N R_EXTRQST_N , 5.1_1_8W K16 VSSP VCCP K17 VSSP_PGA VCCP_PGA U9 R4650-4600PGA R_RESET_N U16 T14 , SYSADC7 SYSADC6 SYSADC5 SYSADC4 SYSADC3 SYSADC2 SYSADC1 SYSADC0 R4650-208PQFP 206SYSCMDP , supports the R4700 PGA and PQFP foot prints as well as the PQPF foot prints of the R4650. Selecting


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PDF 79S466 s465 79S465 R4700 R4650 R36100 R3081 R3052 R3051 UPS schematics motorola 113 4-433
mab100

Abstract: 7t32
Text: reference timer, and can signal a periodic interrupt. Table 3 shows the CPO registers of the R4650. Number , interrupts from general purpose exceptions. Cache Memory To keep the R4650's high-performance pipeline full , , although some changes have been implemented. Table 6 is an overview of the caches found on the R4650. , of 800MB/sec. Figure 4 shows a typical system using the R4650. In this exam p le two banks of DRAM s , c e interface can be designed to communicate with the R4650. Again, the system designer has the


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PDF 64-bit IDT79R4650TM IDT79RV4650TM 100MHz, 133MHz, 180MHz, 200MHz mab100 7t32
Supplyframe Tracking Pixel