133.33MHZ Search Results

PCS2I2309NZG16SR

Contextual Info: PCS2P2309NZ 3.3V 1:9 Clock Buffer Features Functional Description • One-Input to Nine-Output Buffer/Driver • Buffers all frequencies from DC to 133.33MHz • Low power consumption for mobile applications Less than 32mA at 66.6MHz with unloaded outputs

pic 16f84a

Abstract: pic based LED message display schematic ds1077 timing generator of pic 16f84a 16F84A data sheet lcd interfacing using pic 16F84A inc ic 16f84a pc keyboard interfacing with 8051 message display on LED pic
Contextual Info: Application Note 171 Using Programmable Oscillators to Generate and Control System Clocks www.maxim-ic.com INTRODUCTION The DS1077 is a solid-state, CMOS, oscillator capable of generating frequencies from 8kHz up to 133.33MHz. It can be used as a fixed frequency stand-alone oscillator, or as a processor-controlled frequency

Contextual Info: PCS2P2305NZ 3.3V 1:5 Clock Buffer Features Functional Description One-Input to Five-Output Buffer/Driver Buffers all frequencies from DC to 133.33MHz Low power consumption for mobile applications Less than 32mA at 66.6MHz with unloaded outputs Input-Output delay: 6nS max

Contextual Info: PCS2P2309NZ 3.3V 1:9 Clock Buffer Features One-Input to Nine-Output Buffer/Driver Buffers all frequencies from DC to 133.33MHz Low power consumption for mobile applications Less than 32mA at 66.6MHz with unloaded outputs Input-Output delay: 6nS max Output-output skew less than 250pS

PCS2P2305NZ

Contextual Info: PCS2P2305NZ May 2008 rev 0.1 3.3V 1:5 Clock Buffer Features Functional Description • One-Input to Five-Output Buffer/Driver PCS2P2305NZ is a low-cost high-speed buffer designed to • Buffers all frequencies from DC to 133.33MHz accept one clock input and distribute up to five clocks in

Contextual Info: SiT8004 for Computing Low Power Oscillator for DDR and PCI • Features, Benefits and Applications ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ Lowest power, high frequency oscillator with 6.4mA typical active current 133 MHz, 133.33MHz, 133.33333MHz output frequencies for DDR and PCI applications

P2I2305NZG-08SR

Contextual Info: P2P2305NZ 3.3V 1:5 Clock Buffer Features • One-Input to Five-Output Buffer/Driver Functional Description • Buffers all frequencies from DC to 133.33MHz P2P2305NZ is a low-cost high-speed buffer designed to accept one clock input and distribute up to five clocks in

133MHZ

Abstract: ICS843S104BKI-133 ICS843S104I-133 MO-220
Contextual Info: Crystal-to-LVPECL 133MHz Clock Synthesizer ICS843S104I-133 DATA SHEET General Description Features The ICS843S104I-133 is a PLL-based clock synthesizer specifically designed for low phase noise HiPerClockS applications. This device generates a 133.33MHz

Contextual Info: P2P2305NZ 3.3V 1:5 Clock Buffer Features Functional Description • One-Input to Five-Output Buffer/Driver • Buffers all frequencies from DC to 133.33MHz • Low power consumption for mobile applications Less than 32mA at 66.6MHz with unloaded outputs • Input-Output delay: 6nS max

Contextual Info: PCS2P2309NZ 3.3V 1:9 Clock Buffer Functional Description Features • One-Input to Nine-Output Buffer/Driver • Buffers all frequencies from DC to 133.33MHz • Low power consumption for mobile applications Less than 32mA at 66.6MHz with unloaded outputs

PIC 16f84a

Abstract: DS1077 8051 interfacing with eeprom
Contextual Info: Application Note 171 Using Programmable Oscillators to Generate and Control System Clocks www.maxim-ic.com INTRODUCTION The DS1077 is a solid-state, CMOS, oscillator capable of generating frequencies from 8kHz up to 133.33MHz. It can be used as a fixed frequency stand-alone oscillator, or as a processor-controlled frequency

Contextual Info: PCS2P2309NZ May 2008 rev 0.4 3.3V 1:9 Clock Buffer Features Functional Description • One-Input to Nine-Output Buffer/Driver PCS2P2309NZ is a low-cost high-speed buffer designed to • Buffers all frequencies from DC to 133.33MHz accept one clock input and distribute up to nine clocks in

md 5406

Abstract: pin out md 5406 Si5341
Contextual Info: S i 5 3 4 1/40 L O W - J I T T E R, 1 0 - O U T P U T , A NY -F R E Q U E N C Y, A NY -O U T P U T CLOCK GENERATOR Features RSVD OUT8 OUT8 VDDO8 OUT7 OUT7 VDDO7 54 53 52 51 50 49 OUT9 VDDO9 OUT9 58 55 VDD 59 RSVD FB_IN 60 56 FB_IN 61 OUT6 44 OUT6 RST 6 43

Contextual Info: FemtoClock NG Dual Universal Frequency Translator IDT8T49N244I DATASHEET General Description Features The IDT8T49N244I is a dual PLL using FemtoClock® NG technology. It integrates low phase noise Frequency Translation / Synthesis and Jitter attenuation. It includes alarm and monitoring

DOT96

Abstract: 48MHZ IDTCV110L
Contextual Info: IDTCV110L PROGRAMMABLE FLEXPC CLOCK FOR P4 PROCESSOR COMMERCIAL TEMPERATURE RANGE PROGRAMMABLE FLEXPC CLOCK FOR P4 PROCESSOR IDTCV110L DESCRIPTION: FEATURES: IDTCV110L is a 56 pin clock device. The CPU output buffer is designed to support up to 400MHz processor. This chip has three PLLs inside for CPU/

Contextual Info: IDTCV107E CLOCK GENERATOR FOR DESKTOP PC PLATFORMS COMMERCIAL TEMPERATURE RANGE CLOCK GENERATOR FOR DESKTOP PC PLATFORMS DESCRIPTION: FEATURES: • • • • • • • • • • • IDTCV107E IDTCV107E is a 48 pin clock generation device for desktop PC platforms.

Contextual Info: IDTCV119E CLOCK GENERATOR FOR DESKTOP PC PLATFORMS COMMERCIAL TEMPERATURE RANGE CLOCK GENERATOR FOR DESKTOP PC PLATFORMS DESCRIPTION: FEATURES: • • • • • • • • • • • IDTCV119E IDTCV119E is a 48 pin clock generation device for desktop PC platforms.

sata CIRCUIT diagram

Abstract: 7 6 pin sata 1.5v watch chip 727 Transistor power values CK410 master ssc 1 Oscilloscope USB 200Mhz SCR PIN CONFIGURATION DOT96 IDTCV115-4
Contextual Info: IDTCV115-4 PROGRAMMABLE FLEXPC CLOCK FOR P4 PROCESSOR COMMERCIAL TEMPERATURE RANGE IDTCV115-4 PROGRAMMABLE FLEXPC™ CLOCK FOR P4 PROCESSOR DESCRIPTION: FEATURES: IDTCV115-4 is a 56 pin clock device, complying the latest Intel CK410 requirements, for Intel advance P4 processors. The CPU output buffer is

ICS CK410M

Abstract: pin diagram of intel p4 processor 7489 logic diagram Type 56 p4 processor IDTCV140 INTEL 8257 PIN AND BOOK DIAGRAM NTH 3.3V Oscilloscope USB 200Mhz CK410M
Contextual Info: IDTCV140 PROGRAMMABLE FLEXPC CLOCK FOR P4 PROCESSOR COMMERCIAL TEMPERATURE RANGE PROGRAMMABLE FLEXPC CLOCK FOR P4 PROCESSOR IDTCV140 DESCRIPTION: FEATURES: IDTCV140 is a 56 pin clock device, incorporating both Intel CK410M and CKSSCD requirements, for Intel advance P4 processors. The CPU output

CK410

Abstract: CK-410 CK409 ICS951411 ICS951416 PCI33 RS400 rs400 040 bit
Contextual Info: ICS951411 Integrated Circuit Systems, Inc. System Clock Chip for ATI RS400 P4TM-based Systems Recommended Application: ATI RS400 systems using Intel P4TM processors Features/Benefits: • 2- Programmable Clock Request pins for SRC clocks • Supports CK410 or CK409 frequency table mapping

CK410

Abstract: CK409 ICS951413 PCI33 RS400 ICS951416
Contextual Info: ICS951413 Integrated Circuit Systems, Inc. Programmable System Clock Chip for ATI RS400 P4TM-based Systems Recommended Application: ATI RS400 systems using Intel P4TM processors Output Features: • 6 - Pairs of SRC/PCI Express* clocks • 2 - Pairs of programmable SRC/PCI Express ATIG

PPC405EP bsdl

Abstract: PPC405EP transistor w04 ppc405ep-3lb266c L16 eeprom smt w04 w04 75 405EP ns16750 PPC405EP-3GB133CZ
Contextual Info: Part Number PPC405EP Revision 1.07 – September 10, 2007 PPC405EP Data Sheet PowerPC 405EP Embedded Processor Features • • • • • • AMCC PowerPC 405 32-bit RISC processor core operating up to 333MHz with 16KB Dand I-caches PC-133 synchronous DRAM SDRAM interface

48MHZ

Abstract: CK-408 ICS950220 SEL24
Contextual Info: ICS950220 Integrated Circuit Systems, Inc. Programmable Timing Control Hub for P4™ Recommended Application: CK-408 clock for Intel 845 chipset. Pin Configuration Features/Benefits: • Programmable output frequency. • Programmable output divider ratios.

CN58XX

Contextual Info: Clock Generator for Cavium Processors ICS8430S10I DATA SHEET General Description Features The ICS8430S10I is a PLL-based clock generator specifically designed for Cavium Networks SoC processors. This high performance device is optimized to generate the processor core