SOLUTIONS INT2/98
... The electron multipliers manufactured by ETP are called ACTIVE FILM Multipliers. Their name comes from the specialized surface materials used on the dynodes. This proprietary dynode material has a number of properties that make it very suitable for use in an electron multiplier. It has very high sec ...
... The electron multipliers manufactured by ETP are called ACTIVE FILM Multipliers. Their name comes from the specialized surface materials used on the dynodes. This proprietary dynode material has a number of properties that make it very suitable for use in an electron multiplier. It has very high sec ...
curriculum can be downloaded for free - The Angenent Lab
... As a result of global population growth and cumulative industrialization processes, two tremendous challenges in our world today are the growing demand for energy, and ecologically and environmentally sound methods for waste disposal. While, arguably, we possess adequate methods for waste tre ...
... As a result of global population growth and cumulative industrialization processes, two tremendous challenges in our world today are the growing demand for energy, and ecologically and environmentally sound methods for waste disposal. While, arguably, we possess adequate methods for waste tre ...
Embedded passive components and electronic circuits into the
... In the investigations were used the materials of Oak-Mitsui FaradFlex. It is possible to a very wide range of materials with different capacity per unit surface area from 180 to 1700 pF/cm2. The capacitance laminate consist of thin film dielectric layer closed between two thick copper foil. Dependin ...
... In the investigations were used the materials of Oak-Mitsui FaradFlex. It is possible to a very wide range of materials with different capacity per unit surface area from 180 to 1700 pF/cm2. The capacitance laminate consist of thin film dielectric layer closed between two thick copper foil. Dependin ...
The unique electronic structure of Ca10 (Pt4As8)(Fe2
... Ca10 (Pt4 As8 )(Fe2−x Pt x As2 )5 (T c = 22 K) with angle-resolved photoemission spectroscopy. We found that the Pt4 As8 layer contributes to a small electron-like Fermi surface, indicative of metallic charge reservoir layers that are rare for iron based superconductors. Moreover, the electronic str ...
... Ca10 (Pt4 As8 )(Fe2−x Pt x As2 )5 (T c = 22 K) with angle-resolved photoemission spectroscopy. We found that the Pt4 As8 layer contributes to a small electron-like Fermi surface, indicative of metallic charge reservoir layers that are rare for iron based superconductors. Moreover, the electronic str ...
Document
... Objective of the course The course, Introduction to Nanotechnology (IN), will focus on understanding of the basic molecular structure principals of Nano-materials. It will address the molecular structures of various materials. The long term goal of this course is to teach molecular design of materi ...
... Objective of the course The course, Introduction to Nanotechnology (IN), will focus on understanding of the basic molecular structure principals of Nano-materials. It will address the molecular structures of various materials. The long term goal of this course is to teach molecular design of materi ...
Efficiency maps of electrical machines - PORTO
... machines, will be used for the loss function analysis during the constant-torque and constant-power operating regions. Consider that the machine has two stator current components: a flux-producing current IF and a torqueproducing current IT. The total stator current I = √(IT2 + IF2) and with a stato ...
... machines, will be used for the loss function analysis during the constant-torque and constant-power operating regions. Consider that the machine has two stator current components: a flux-producing current IF and a torqueproducing current IT. The total stator current I = √(IT2 + IF2) and with a stato ...
Application Note 600V CoolMOS™ P6 01_00
... 600 V E6 in 2010 the new P6 implements a combination of ultra-low RDS(on), high ruggedness, fast and well controlled switching speed, not sacrificing ease of use in combination with efficiency improvement. CoolMOSTM P6 series is designed for particularly applications, where the focus is not only in ...
... 600 V E6 in 2010 the new P6 implements a combination of ultra-low RDS(on), high ruggedness, fast and well controlled switching speed, not sacrificing ease of use in combination with efficiency improvement. CoolMOSTM P6 series is designed for particularly applications, where the focus is not only in ...
Nessun titolo diapositiva - Istituto Nazionale di Fisica
... PDE = Npulses / Nphotons = QE x P01x FF 1. QE Quantum efficiency is the probability for a photon to generate a carrier that reaches the high-field region. Maximization: anti-reflective coating, drift region location ...
... PDE = Npulses / Nphotons = QE x P01x FF 1. QE Quantum efficiency is the probability for a photon to generate a carrier that reaches the high-field region. Maximization: anti-reflective coating, drift region location ...
RF MEMS Capacitive Switches Fabricated with HDICP CVD SiNx
... attractive in many communications applications in which very low loss is the critical issue. Although RF MEMS switches do not have as higher speed as that of their semiconductor counterparts (pin diode, FET), they have very low insertion loss due to the low resistivity of metal, high isolation due t ...
... attractive in many communications applications in which very low loss is the critical issue. Although RF MEMS switches do not have as higher speed as that of their semiconductor counterparts (pin diode, FET), they have very low insertion loss due to the low resistivity of metal, high isolation due t ...
Scanning photo-induced impedance microscopy
... charges the two faces of the insulator. When the light is switched off the insulator will be discharged and the current will flow in the opposite direction. As a consequence, a modulation of the light intensity will lead to an a.c.-current of the modulation frequency. The dependence of this photocur ...
... charges the two faces of the insulator. When the light is switched off the insulator will be discharged and the current will flow in the opposite direction. As a consequence, a modulation of the light intensity will lead to an a.c.-current of the modulation frequency. The dependence of this photocur ...
Solar - Baylor University
... is at least 3.5A. The weather forecast from www.weatherunderground.com can help you plan your schedule. Your report should include graphs of I versus V, and P versus V. Both actual data and Excel approximations should be plotted together. When plotting with Excel, be sure to use the “scatter plot” o ...
... is at least 3.5A. The weather forecast from www.weatherunderground.com can help you plan your schedule. Your report should include graphs of I versus V, and P versus V. Both actual data and Excel approximations should be plotted together. When plotting with Excel, be sure to use the “scatter plot” o ...
General description of the problem.
... The printed circuit board is mounted in a plastic enclosure. Below the printed circuit board is a large metallic mass (heatsink casting) which is grounded. ESD contact discharge onto the heatsink @ 2.2kV triggers a shutdown of the 15V power supply. The reset time looks the same as that which would o ...
... The printed circuit board is mounted in a plastic enclosure. Below the printed circuit board is a large metallic mass (heatsink casting) which is grounded. ESD contact discharge onto the heatsink @ 2.2kV triggers a shutdown of the 15V power supply. The reset time looks the same as that which would o ...
Source resistance: the efficiency killer in DC-DC
... When VIN exceeds VL, the input current climbs toward a maximum that occurs when VOUT first reaches the preset output voltage (3.3V). The corresponding input voltage (VMIN) is the minimum required by the DC-DC converter to produce the preset output voltage. For VIN > VMIN, the constant-power curve fo ...
... When VIN exceeds VL, the input current climbs toward a maximum that occurs when VOUT first reaches the preset output voltage (3.3V). The corresponding input voltage (VMIN) is the minimum required by the DC-DC converter to produce the preset output voltage. For VIN > VMIN, the constant-power curve fo ...
Solar - Baylor University
... is at least 3.5A. The weather forecast from www.weatherunderground.com can help you plan your schedule. Your report should include graphs of I versus V, and P versus V. Both actual data and Excel approximations should be plotted together. When plotting with Excel, be sure to use the “scatter plot” o ...
... is at least 3.5A. The weather forecast from www.weatherunderground.com can help you plan your schedule. Your report should include graphs of I versus V, and P versus V. Both actual data and Excel approximations should be plotted together. When plotting with Excel, be sure to use the “scatter plot” o ...
Solar - Baylor University
... is at least 3.5A. The weather forecast from www.weatherunderground.com can help you plan your schedule. Your report should include graphs of I versus V, and P versus V. Both actual data and Excel approximations should be plotted together. When plotting with Excel, be sure to use the “scatter plot” o ...
... is at least 3.5A. The weather forecast from www.weatherunderground.com can help you plan your schedule. Your report should include graphs of I versus V, and P versus V. Both actual data and Excel approximations should be plotted together. When plotting with Excel, be sure to use the “scatter plot” o ...
DEVELOPMENT OF A SUSPENDED, ROBUST, THERMALLY INSULATED
... microreactors [1] and micropropulsion systems [2]. However, its high thermal conductivity can cause heat loss or unwanted heating of parts of the structures. To mitigate this problem, suspending, interfacing structures can be made to offer a high thermal resistance, either through their shape or mat ...
... microreactors [1] and micropropulsion systems [2]. However, its high thermal conductivity can cause heat loss or unwanted heating of parts of the structures. To mitigate this problem, suspending, interfacing structures can be made to offer a high thermal resistance, either through their shape or mat ...