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Parts by Number for Crystal Lab Top

Part # Distributor Manufacturer Product Category Description
650LAB-622.08 Digi-Key CTS-Frequency Controls Crystals and Oscillators CLOCK OSC 622.080
RF LAB KIT-001 Allied Electronics, Inc. CRYSTEK CRYSTALS CORP Not Provided RF LAB KIT-001
4789230 RS Components, Ltd. IQD Frequency Products Controlled Oscillator Type:Voltage Controlled Crystal Oscillator (VCXO); Output Frequency:10.000MHz; Load Capacitance:15pF; Frequency Stability:50ppm; Typical Operating Supply Voltage:5V; Output Level:HCMOS; Supplier Package:14DIL; Pin Count:4; Minimum Operating Temperature:0C; Mounting:Through Hole
7099408 RS Components, Ltd. Taitien Controlled Oscillator Type:Temperature Compensated Crystal Oscillator (TCXO); Output Frequency:16.368MHz; Frequency Tolerance:2ppm; Load Capacitance:10pF; Frequency Stability:0.5ppm; Frequency Aging:1ppm/Year; Typical Operating Supply Voltage:3.3V; Output Level:Clipped Sinewave; Supplier Package:SMT 3.2x2.5; Pin Count:4
6936750 RS Components, Ltd. MMD Controlled Oscillator Type:Voltage Controlled Crystal Oscillator (VCXO); Output Frequency:16.384MHz; Load Capacitance:30pF; Frequency Stability:50ppm; Typical Operating Supply Voltage:3.3V; Maximum Symmetry:0.6; Output Level:HCMOS; Supplier Package:SMT 7x5; Pin Count:6; Minimum Operating Temperature:0C
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Conduct Research Top

  • Study: Ice Forms A Perfect Crystal, Becomes Ferroelectric
    phase transition temperature of their crystal structure to the temperature measured in the Osaka lab. The predicted temperature was 70 Kelvin (colder than negative 330 degrees Fahrenheit), and the measured temperature was 72 Kelvin. According to Singer's predicted structure, the molecules...
  • Supercontinuum Generation in SCG-800 Photonic Crystal Fiber
    closely related to the remarkable progress in the development of photonic crystal fibers (PCF) as well as the development of robust, well-engineered single box ultrafast lasers (www.newport.com/MaiTai). Coupling an ultrafast laser pulse directly out of an oscillator into a few centimeters of PCF...
  • Changing Pharma's DNA: An Interview with Paul McKenzie of BMS
    using Raman to release raw materials for identity testing so that a warehouse operator can identify materials right on the warehouse floor. We've also used Raman for crystal polymorph transformations, in cases where you have a very sensitive transformation from crystal type A to crystal type B...
  • MICRO:Products In Action - 2 (Oct. '99)
    , microcleaving achieves a target accuracy of at least 0.5 um. The cleave automatically aligns with the silicon's crystal-lattice structure and produces an artifact-free break. To support analysis of advanced copper devices, the microcleaving tool incorporates a liquid nitrogen filled cryocooling system, which...
  • 6.09: Crucial Tech
    communications chips. But why does adding germanium to silicon make it faster? Because germanium is a heavier atom than silicon, its crystal-lattice structure is more widely spaced. This arrangement allows electrons to flow through the crystal more easily. But trying to grow a really large germanium crystal...
  • Practical PICmicro(R) Oscillator Analysis and Design
    behavior with amplitude. (NRT); a very simple yet reliable test that can evaluate. an oscillator's performance. FIGURE 1: THE CRYSTAL PIERCE. Note: The analysis in section two is done as a. GATE OSCILLATOR. simulation study, but could also be done in. the lab with the correct setup as described...
  • IR for the Masses
    interface; and enhanced versions of Spectrum and AssureID software packages. What s significant about the new UATR accessory? UATR measures changes that occur in an internally reflected infrared beam when that beam comes into contact with a sample through an optically dense crystal. In older designs...
  • The Precision32TM Family of Mixed-Signal Microcontrollers
    ; with an 8MHz external crystal, an MCU must operate at an exact multiple of. 8MHz. For the same reason, Silicon Labs allows the CPU and USB frequencies to be set. independently rather than at a fixed ratio. This flexibility allows the system designer to. fine-tune the CPU frequency to deliver the required...
  • PAT and the Crystallization Toolkit
    and MSZW information allows suitable zones of operation to be identified. To encourage growth and minimize nucleation, crystallization should occur within the metastable zone. Seeding the process can help. Seeding can be a useful method for increasing crystal size and ensuring a robust process...
  • A New "Twist" On Nanostructures
    Science and Engineering, prepares to load a sample into a furnace used to make zinc-oxide nanohelix structures. These so-called nanohelices have both piezoelectric and semiconducting properties. They get their shape from twisting forces caused by a small mismatch between alternating single-crystal...

Engineering Web Search: Crystal Lab Top

Cal Crystal Lab - Comclok: Your Source for Crystals and Clock...
Here at Cal Crystal Lab, Inc. / Comclok, Inc, we are starting the new year at our new location, please update our information.
See Cal Crystal Lab, Inc. / Comclok, Inc. Information
Nanoscale and Quantum Photonics Lab at Stanford University...
Nanoscale and Quantum Photonics Lab Home Lab News Links How to Apply Members Faculty
See Stanford University Information
IUMSC - Indiana University Molecular Structure Center
Overview Shape and Forms Isometric Crystal System Morphology of a sugar crystal Xmorph Applet
Electronics Lab - Home
Embedded-lab.com Barcode Scanner Load Cells
Berkeley Lab News Releases
Berkeley Lab Gets $13 Million in Grants from HHMI and NIH to Speed Crystal Structure Solutions (10/23/06)
Advanced Light Source
Lab Shuttles Maps and Directions Parking Micro- and Nano-Crystal Orientations in Shells
Biophysics Graduate Group - UC Berkeley |
(9) Crystal structure of bacterial DNA polymerase III. Kuriyan Lab. Dudley Lab. Image courtesy of Erica Kim.
i-MEET: Crystal Growth Lab
Crystal Growth Lab Materials for Electronics and Energy Technology Crystal Growth Lab Sprungmarken Hauptinhalt.
Department of Physics - UC Santa Barbara
A graduate student in Professor Bouwmeester?s lab measures optical properties of photonic crystal microcavities.
Center for Computational Materials Science
6304 Computational Multiphysics Systems Lab 6320 Physical Metallurgy Branch 6350 Multifunctional Materials Branch 6390 Center for Computational

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