SIMPLIFY TIMING ARCHITECTURES WITH FLEXIBLE CLOCKS Search Results

SIMPLIFY TIMING ARCHITECTURES WITH FLEXIBLE CLOCKS Result Highlights (5)

Part	Manufacturer	Description	Download
D1U54T-M-2500-12-HB4C	Murata Manufacturing Co Ltd	2.5KW 54MM AC/DC 12V WITH 12VDC STBY BACK TO FRONT AIR	PDF
GRJ55DR7LV474KW01K	Murata Manufacturing Co Ltd	Chip Multilayer Ceramic Capacitors with Soft Termination for General Purpose	PDF
GRJ43DR7LV224KW01L	Murata Manufacturing Co Ltd	Chip Multilayer Ceramic Capacitors with Soft Termination for General Purpose	PDF
GRJ43QR7LV154KW01L	Murata Manufacturing Co Ltd	Chip Multilayer Ceramic Capacitors with Soft Termination for General Purpose	PDF
GRJ43QR7LV154KW01K	Murata Manufacturing Co Ltd	Chip Multilayer Ceramic Capacitors with Soft Termination for General Purpose	PDF

SIMPLIFY TIMING ARCHITECTURES WITH FLEXIBLE CLOCKS Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
Simplify Timing Architectures with Flexible Clocks Abstract: Si5338 simple diagram for electronic clock 3G-SDI serializer 4x4 bit multipliers Si5338s HD-SDI over sdh Contextual Info: Simplify Timing Architectures with Flexible Clocks Silicon Laboratories, Inc., Austin, TX Introduction Due to the wide diversity of frequency and jitter requirements of the reference clocks required in modern electronic systems, an assortment of standalone crystal oscillators and fixed-frequency	Original	Si5338 Si5338 Simplify Timing Architectures with Flexible Clocks simple diagram for electronic clock 3G-SDI serializer 4x4 bit multipliers Si5338s HD-SDI over sdh	PDF
AMD Phenom II Abstract: AMD Phenom II x4 AMD Athlon X4 630 amd x4 630 AMD Athlon II X4 630 amd phenom ii pin pin diagram phenom Si5350 phenom ii x4 phenom II Contextual Info: Glitch-Free Frequency Shifting Simplifies Timing Design in Consumer Applications System designers face significant design challenges in developing solutions to meet increasingly stringent performance and power requirements. The universal challenge is to simplify system design while minimizing power consumption in light of recent green	Original	Si5350/51 AMD Phenom II AMD Phenom II x4 AMD Athlon X4 630 amd x4 630 AMD Athlon II X4 630 amd phenom ii pin pin diagram phenom Si5350 phenom ii x4 phenom II	PDF
IEEE1588 Abstract: ZL30143 ZL30310 ZL30320 ZL30146 STM-16 Architecture ZL30142 CABGA ZL30132 ZL30136 Contextual Info: TIMING AND SYNCHRONIZATION PRODUCT CATALOG 1 Line Card Synchronizers Rate Conversion PLLs ZL30110 ZL30112 ZL30113 See Page 3 PDH ZL30106 See Page 2 IEEE 1588/SyncE ZL30316 ZL30320 See Page 2 SyncE SONET/SDH ZL30131 ZL30132 ZL30145 ZL30146 ZL30108 See Page 2	Original	ZL30106 1588/SyncE ZL30316 ZL30320 ZL30131 ZL30132 ZL30145 ZL30146 ZL30108 ZL30321 IEEE1588 ZL30143 ZL30310 ZL30320 ZL30146 STM-16 Architecture ZL30142 CABGA ZL30132 ZL30136	PDF
ZL30155 Abstract: ZL30142 ZL30143 zl30160 zl30310 IEEE1588 stm 4 muxponder stm 16 muxponder ZL30112 ZL30320 Contextual Info: TIMING AND SYNCHRONIZATION PRODUCT CATALOG 1 Line Card Synchronizers Rate Conversion PLLs ZL30110 ZL30112 ZL30113 See Page 4 PDH ZL30106 See Page 2 IEEE 1588/SyncE ZL30316 ZL30320 See Page 2 OTN, SyncE SONET/SDH ZL30155 ZL30160 See Page 2 SyncE SONET/SDH	Original	ZL30106 1588/SyncE ZL30316 ZL30320 ZL30155 ZL30160 ZL30131 ZL30132 ZL30145 ZL30146 ZL30142 ZL30143 zl30160 zl30310 IEEE1588 stm 4 muxponder stm 16 muxponder ZL30112 ZL30320	PDF
circuit diagram of 8-1 multiplexer design logic Abstract: vhdl code for phase frequency detector for FPGA verilog code for distributed arithmetic VERILOG Digitally Controlled Oscillator Signal Path Designer Contextual Info: Xilinx Design Reuse Methodology for ASIC and FPGA Designers SYSTEM-ON-A-CHIP DESIGNS REUSE SOLUTIONS Xilinx An Addendum to the: REUSE METHODOLOGY MANUAL FOR SYSTEM-ON-A-CHIP DESIGNS 2 Table of Contents 1 Introduction . 3	Original		PDF
ARM cortex m0 Abstract: LPC1700 180ULL SMART HOME ENERGY MANAGEMENT SYSTEM USING IEEE 80 bluetooth communication between two 8051 microcontroller block diagram LPC1300 differences between ARM7 and ARM9 LPC1100 heart rate monitor using microcontroller 8051 cortex cpu Contextual Info: The Smart Approach to Designing with the ARM Architecture Information Quarterly Volume 8, Number 1, March 2009 The New ARM Cortex-M0 Processor Meeting the Demands of Low Power Applications Low Power Design using the LPC1100 Series, A Methodology for Low Power Verification, Power Management for Optimal Power Design	Original	LPC1100 32-bit 50-MHz, LPC1100 ARM cortex m0 LPC1700 180ULL SMART HOME ENERGY MANAGEMENT SYSTEM USING IEEE 80 bluetooth communication between two 8051 microcontroller block diagram LPC1300 differences between ARM7 and ARM9 heart rate monitor using microcontroller 8051 cortex cpu	PDF
thales train Abstract: thales transport 10G-XFP POWERPC750FX EC15 EC20 EC40 QFN 64 9x9 footprint XFP EVALUATION BOARD implementing IIR digital filters matlab Contextual Info: Lattice Semiconductor Corporation • July 2004 • Volume 9, Number 4 In This Issue LatticeECP/EC FPGAs Configure via Industry Standard SPI Serial Flash sysDSP Block Enables High Performance DSP LatticeECP-DSP Design Flow LatticeECP-DSP FPGA Solution Lowers Digital	Original	NL0108 thales train thales transport 10G-XFP POWERPC750FX EC15 EC20 EC40 QFN 64 9x9 footprint XFP EVALUATION BOARD implementing IIR digital filters matlab	PDF
write a program of adder or subtractor Abstract: EP1S60 SSTL-18 serdes circuitry sdr sdram pcb layout Contextual Info: Stratix New Levels of System Integration October 2002 New Levels of System Integration Introducing Stratix FPGAs, Altera’s newest product family that breaks the performance and density barriers for high-density programmable logic. The Stratix family is	Original		PDF
EP1S60 Abstract: SSTL-18 Contextual Info: Stratix High-Density, High-Performance FPGAs in e n bl io s ila uct tie va d ti A o n Pr ua Q February 2004 High-Density, High-Performance FPGAs Altera’s award-winning Stratix FPGA family delivers the most comprehensive set of capabilities available from any FPGA vendor. Stratix FPGAs share	Original		PDF
AD9201 ad8347 Abstract: AD9854 AD9951 AD985x ad9862 20-lead lfcsp ad8347 adc AD9850 AD9834 AD6644 Contextual Info: High Speed Converters April 2003 T H E A N A L O G D E V I C E S S O L U T I O N S B U L L E T I N IN THIS ISSUE 14-Bit High Speed ADCs—The Industry’s Broadest Portfolio Quad 8-Bit ADCs . . . . . . . . . . . . . . . . . . . . . . 2 hether the most critical design concern is dynamic range, low power, or package	Original	14-Bit B03741-90-4/03 AD9201 ad8347 AD9854 AD9951 AD985x ad9862 20-lead lfcsp ad8347 adc AD9850 AD9834 AD6644	PDF
BR931 Abstract: motorola mca MCA3200ETL MCA6200ETL MCA750ETL H4C018 Motorola Master Selection Guide H4C161 wirebond die flag lead frame an1512 Contextual Info: Semicustom Application Specific Integrated Circuits In Brief . . . Motorola supports strategic programs and co–development partnerships to accelerate the availability of advanced processes CMOS, BiCMOS, Bipolar , packaging and CAD technology. Extensive research,	Original		PDF
vhdl code for multiplication on spartan 6 Abstract: CY7C1302 XAPP183 XAPP173 Contextual Info: White Paper: Spartan-II R WP111 v1.0 February 16, 2000 Introduction Spartan-II Family as a Memory Controller for QDR-SRAMs Authors: Amit Dhir, Krishna Rangasayee The explosive growth of the Internet is boosting the demand for high-speed data communication systems. While RISC CPU speeds have exceeded clock rates of 500 MHz,	Original	WP111 com/xapp/xapp173 xapp174 xapp179 wp106 XAPP183: vhdl code for multiplication on spartan 6 CY7C1302 XAPP183 XAPP173	PDF
MT54V51218A Abstract: CY7C1302 XAPP183 Spartan-II FPGA Contextual Info: White Paper: Spartan-II R WP111 v1.0 February 16, 2000 Introduction Spartan-II Family as a Memory Controller for QDR-SRAMs Authors: Amit Dhir, Krishna Rangasayee The explosive growth of the Internet is boosting the demand for high-speed data communication systems. While RISC CPU speeds have exceeded clock rates of 500 MHz,	Original	WP111 com/xapp/xapp173 xapp174 xapp179 wp106 XAPP183: MT54V51218A CY7C1302 XAPP183 Spartan-II FPGA	PDF
tda9975 Abstract: tda8444p TDA9970 TDA8759 TDA9975EL TDA9974 tda9923 TDA8759A tda9926 TDA9975EL/8 Contextual Info: Data converters for multiple markets Best-in-class data converters for innovative DSP solutions Philips Semiconductors’ data converter solutions are the result of years of experience, with a comprehensive portfolio covering video, LCD and imaging applications as well as RF and data	Original		PDF

8b/10b align Abstract: SGX52001-1 prbs pattern generator Contextual Info: 1. Introduction SGX52001-1.2 Introduction Stratix GX devices combine highly advanced 3.1875-gigabit-per-second Gbps four-channel gigabit transceiver blocks with one of the industry’s most advanced FPGA architectures. Stratix GX devices are manufactured	Original	SGX52001-1 1875-gigabit-per-second 8b/10b align prbs pattern generator	PDF
vhdl projects abstract and coding Abstract: VHDL code for generate sound project of 8 bit microprocessor using vhdl I960RP 8 bit microprocessor using vhdl Modelling Contextual Info: Behavioral Modeling in VHDL Simulations The Benefits of Higher Levels of Abstraction in Complex Simulations Conference Presentation Gary Peyrot, Vantis FAE DesignCON, 1999 Presentation Introduction Note: This paper was originally prepared for a presentation given at PLDCon ’99. The format of the	Original		PDF
vhdl projects abstract and coding Abstract: vhdl code CRC vme vhdl ISA CODE VHDL i960RP Contextual Info: Behavioral Modeling in VHDL Simulations The Benefits of Higher Levels of Abstraction in Complex Simulations Conference Presentation Gary Peyrot, Vantis FAE DesignCON, 1999 Presentation Introduction Note: This paper was originally prepared for a presentation given at PLDCon ’99. The format of the	Original		PDF
vhdl projects abstract and coding Abstract: SW04PCR040 I960RP ISA CODE VHDL only love vme bus specification vhdl Contextual Info: Behavioral Modeling in VHDL Simulations The Benefits of Higher Levels of Abstraction in Complex Simulations Conference Presentation Lattice FAE DesignCON, 1999 Presentation Introduction Note: This paper was originally prepared for a presentation given at PLDCon ’99. The format of the	Original		PDF
Si5351 Abstract: Si5350 Si570 Si599 Synthesizers PLL for USB 4 pin MHz crystal CRYSTAL 20 mhZ DUAL XTAL OSCILLATOR IC Si5324 Si5356 Contextual Info: CLOCK AND OSCILLATOR PRODUCT SELECTOR GUIDE www.silabs.com Frequency Flexibility Engineered to support the widest frequency range for maximum design flexibility. Available in industry standard RoHS compliant packages. Ultra-Low Jitter Based on our patented DSPLL and MultiSynth technologies, these low jitter products improve	Original	EN55020 SEL-CLK-2010D Si5351 Si5350 Si570 Si599 Synthesizers PLL for USB 4 pin MHz crystal CRYSTAL 20 mhZ DUAL XTAL OSCILLATOR IC Si5324 Si5356	PDF
EP3SE50 Abstract: Altera source-synchronous wireless encrypt AES DSP Contextual Info: Frequently Asked Questions About Altera Stratix III FPGAs General and What’s New in the Stratix III Family Q1. What is the Stratix III device family? A. Altera® is announcing its new Stratix III device family of lowest-power high-performance FPGAs. Key Features	Original	65-nm EP3SE50 Altera source-synchronous wireless encrypt AES DSP	PDF
cisc architecture in 8051 Abstract: 1Kx12 Contextual Info: Contact: Laura Hernandez Scenix Semiconductor, Inc. 3160 De La Cruz Boulevard, Suite 110 Santa Clara, CA 95054 408 327-8888 • fax (408) 327-8880 • laura.hernandez@scenix.com 8-bit SX MCU Achieves 50 MHz, Runs Virtual Peripherals Santa Clara, CA, August 6, 1997 - Scenix Semiconductor, Inc. today announced the world's fastest	Original	10-50X 18-pin 28-pin cisc architecture in 8051 1Kx12	PDF
AD5327 Abstract: AD6223 AD9833 AD1853 AD1955 AD9834 txdac AD5426 AD5432 AD5443 Contextual Info: ADI-4878 DAC Bulletin 9/11/02 5:03 PM Page 1 1 Digital-to-Analog Converters October 2002 T H E IN THIS ISSUE World’s First 40-Channel, 14-Bit DAC Current Output DACs nalog Devices, the market share leader in high performance converters and amplifiers, has added	Original	ADI-4878 40-Channel, 14-Bit AD5379, AD5379 108-ball AD9786 com/AD9786. AD5327 AD6223 AD9833 AD1853 AD1955 AD9834 txdac AD5426 AD5432 AD5443	PDF
verilog code for spi4.2 to fifo Abstract: verilog code for spi4.2 interface LFSC25 qdr2 sram DDR2 routing Tree LFSC115 R28C9A Signal Path Designer RLDRAM Contextual Info: DELIVERING FPGA-BASED PRE-ENGINEERED IP USING STRUCTURED ASIC TECHNOLOGY A Lattice Semiconductor White Paper February 2006 Lattice Semiconductor 5555 Northeast Moore Ct. Hillsboro, Oregon 97124 USA Telephone: 503 268-8000 www.latticesemi.com 1 Delivering FPGA Based Pre-Engineered IP Using Structured ASIC Technology	Original	700Mhz verilog code for spi4.2 to fifo verilog code for spi4.2 interface LFSC25 qdr2 sram DDR2 routing Tree LFSC115 R28C9A Signal Path Designer RLDRAM	PDF
FIR FILTER implementation xilinx Abstract: fir filter design using vhdl USB Prog ISP 172 fpga frame buffer vhdl examples XC9572 LogiCore xc4000 fir EPM7128S-10 EPM7160E-10 XC5200 XC9500 Contextual Info: Xilinx Xilinx Fall Fall 1996 1996 Seminar Seminar Introduction Fall 1996 Seminar Introduction Fall Seminar - Introduction - 2 Mission lic ar LogiCore ftw e Si So on Help our customers with faster time to market and flexible product life cycle management	Original	XC9500 XC5200 XC4000E/EX FIR FILTER implementation xilinx fir filter design using vhdl USB Prog ISP 172 fpga frame buffer vhdl examples XC9572 LogiCore xc4000 fir EPM7128S-10 EPM7160E-10 XC5200	PDF

SIMPLIFY TIMING ARCHITECTURES WITH FLEXIBLE CLOCKS Search Results

SIMPLIFY TIMING ARCHITECTURES WITH FLEXIBLE CLOCKS Result Highlights (5)

SIMPLIFY TIMING ARCHITECTURES WITH FLEXIBLE CLOCKS Datasheets Context Search

Simplify Timing Architectures with Flexible Clocks

AMD Phenom II

IEEE1588

ZL30155

circuit diagram of 8-1 multiplexer design logic

ARM cortex m0

thales train

write a program of adder or subtractor

EP1S60

AD9201 ad8347

BR931

vhdl code for multiplication on spartan 6

MT54V51218A

tda9975

8b/10b align

vhdl projects abstract and coding

vhdl projects abstract and coding

vhdl projects abstract and coding

Si5351

EP3SE50

cisc architecture in 8051

AD5327

verilog code for spi4.2 to fifo

FIR FILTER implementation xilinx