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A form of three-dimensional printing technology, these tools are used to create models, prototypes, patterns, and production parts in a layer-by-layer fashion. The printers use photochemical processes to turn chemical monomers and oligomers into polymers, the building blocks of three-dimensional solids. The advantage of three-dimensional stereolithography printing is the ability to make liquid-tight parts.
Fun fact! This machine has been used to fabricate a fluid manifold for slot-jet-impingement cooling of a power electronics module.
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Commercial converters, including both stand-alone and power-hardware-in-the-loop configurations, can help the grid become more efficient and resilient. NREL’s evaluation and integration setup helps converter manufacturers and those working with utilities make informed decisions about new infrastructure.
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Like NREL’s other pulsed laser deposition chamber, this tool enables researchers to create thin films by evaporating and depositing materials onto other substances. This version, however, has an additional, smaller chamber (a load lock), which is used to maintain the near-vacuum level by preventing direct exposure to the air.
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Like our other pulsed laser deposition chamber, this tool enables researchers to create very thin films by evaporating and placing materials onto other substances. This version, however, has an additional, smaller chamber (a load lock), which can be used to exert more control over your multilayered, complex creations.
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NREL’s Lakeshore Hall tool aids on research that improves understanding of how electrons interact with magnetic fields. By measuring the electrical properties under various magnetic fields and temperatures, researchers can see how effectively charge carriers move through semiconductors and what kind of barriers they might face.
Fun fact! This tool’s magnetic field is around 2 tesla, which is huge! The Earth’s magnetic field is about 30 microtesla, and a refrigerator magnet’s is 0.01 tesla.
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Power electronics are complex systems with multiple parts and optimizing them for use in various applications requires a multidisciplinary approach. This tool can convert complex conceptual and simulated designs into real at-scale prototypes to learn how well power electronics and their individual components perform.
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The Carbide 3D Nomad 3 is a desktop computer numerical control machine with a working area of 20 centimeters (in the X and Y directions) and working depth of 7.6 centimeters (in the Z direction). This machine has a 130-watt spindle motor with a maximum speed of 24,000 rotations per minute and can be used for printed circuit board etching, rapid prototyping, and substrate etching. The Nomad can machine both two- and three-dimensional parts and can handle parts up to 29.5 kilograms.
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The Keysight B1505A Power Device Analyzer/Curve Tracer can perform various types of I-V, current voltage (CV), pulsed I-V, and transient characterization of high-power devices up to 10 kilovolts of reverse voltage and up to 1,500 amperes of on-state current with a resolution of subpicoamperes. An accessory probe station can characterize bare semiconductor dies and patterned wafers while a ThermoStream can control sample temperatures between -100°C and 300°C, or -148°F and 572°C . Multifrequency AC measurements for interelectrode device capacitances can be performed for a wide frequency range, from 1 kilohertz to 5 megahertz. This equipment is currently being used to electrically characterize a custom power module designed and fabricated by the APEEM group.
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The T3STER can characterize packaged semiconductor devices and their integral components (including multi-die devices). The thermal tester can more efficiently measure true thermal transient response compared to steady-state methods and evaluate how devices respond to changing operating conditions. The T3STER measures the thermal performance of power modules (like silicon or silicon carbide) to evaluate thermal management systems and designs. Modules can also be thermally stressed using non-destructive methods to evaluate their durability.
Fun fact! This tool can power multiple modules simultaneously, providing up to 2,400 amperes of current.
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The custom fluid test loop circulates fluids at high temperatures and flow rates to analyze components that use fluid to function. This system has been used in conjunction with a high-voltage power supply to perform a high-temperature reverse bias test on a silicon carbide metal-oxide semiconductor field-effect transistor (MOSFET) inverter, which is intended for all-electric aircraft applications.
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The transient thermoreflectance technique employs two localized fast lasers to help determine critical thermal properties, such as thermal conductivity and thermal resistance, of materials and interfaces. A modulated pump laser raises the temperature of a sample surface, causing heat to travel through it. A laser probe measures the surface’s change in temperature. From this, researchers can determine the thermal properties.
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The vertical thermal shock chamber is used to study thermally induced stresses in bonded interfaces and advanced electrical interconnects. The equipment includes an upper hot chamber and a lower cold chamber, and a conveyor system moves samples between the two chambers in under 5 seconds, inducing thermal stresses under controlled conditions. The chamber contains a workspace volume of 38 centimeters wide by 157.5 centimeters long by 177.8 centimeters deep and can operate from -75°C to 210°C, or -103°F to 410°F.
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This desktop water jet cutter uses both high-pressure water and sand-like abrasive particles to cut hard and soft materials with digital precision.
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This high-performance tool has the power to analyze semiconductor devices and materials, including transistors and capacitors, to validate how well they perform.
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This test stand helps measure the impedance and apparent thermal conductivity for thermally conductive electrical insulation materials (whether liquid or solid).
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This tool bonds wires and creates electrical interconnections between semiconductors (or other integrated circuits) and silicon chips. The tool can bond fine wires made of gold, aluminum, and other materials.
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This tool can help answer a very serious question: What happens if the power grid fails? Megawatt-scale simulators are used to test the electrical properties of renewable energy technologies (at full power and in real time) to safely evaluate their performance and reliability when connected to the grid.
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This tool can simulate the temperature, humidity, shock, and vibrations a mechanical component might face once installed in a car, space shuttle, wind turbine, or underwater tidal turbine. This machine is used to stress-test electronics and prepare them for the real world.
Fun fact! This system has been used to validate an inverter that is intended for an all-electric aircraft.
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This tool deposits very thin layers of materials onto other substances with high precision, using a technique sometimes referred to as atomic spray painting. This tool is used to design and create semiconductors to manufacture a wide range of devices, including ultra-fast and high-power transistors.
Fun fact! These ultra-high vacuum tools can reach pressures 100 trillion times lower than atmospheric pressure and a thousand times lower than the pressure outside the International Space Station.
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This tool enables users to test microelectronic devices with various DC electrical signals. The station has a microscope and tiny probes connected to micromanipulators, which can precisely control the location of the probe while the device is viewed through the microscope.
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This tool evaluates how wind turbines, marine energy systems, solar panels, and energy storage systems would react to real-time fluctuations in the power grid. The controllable grid interface provides grid operators with the performance information they need for a fraction of the time and cost it would take to validate technologies in the field.
Fun fact! This is the first grid validation facility in the United States equipped to evaluate grid-friendly renewable and emerging energy technologies.
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This tool is used to design, develop, and evaluate power electronic converters. NREL’s state-of-the-art instrumentation and data acquisition equipment can accurately probe devices without causing interference.
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This tool makes metal coatings easy. The electron-beam (e-beam) evaporator coats samples with various metals. The metals are evaporated from a high-temperature stable cup with a high-intensity beam of electrons. Then, the energy from that beam melts and evaporates the metal into a vapor, which travels through the vacuum and covers anything in its path, including the sample.
Fun fact! The e-beam evaporator can create temperatures higher than 3,000°C or 5,400°F—that’s almost twice as hot as an average lava flow in Hawaii!
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This tool’s thermal cycling chambers act like an oven and cooler combined. The chambers can hold a sample at a consistent temperature or slowly cycle through multiple temperatures. This oven operates from -70°C to 180°C, or -94°F to 356°F .
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This “flight simulator” provides a virtual environment to safely and economically test how novel power electronics might function within a wide range of grid conditions. Inventions like smart inverters, microgrids, and energy storage are making it easier to control how and when electricity flows from power plants to homes. But they’re also making these systems more complex. This tool evaluates how new tools and methods can plug into and support the evolving energy grid.
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To help produce the thin films needed to create sophisticated, multilayered materials, this tool uses a laser beam to vaporize material from a ceramic target. That material then travels through a vacuum and lands on a heated substrate, where it can form an amorphous, polycrystalline, or epitaxially crystal like textured semiconductor. The background gas in the chamber, such as oxygen, can be controlled at pressures between atmospheric pressure and 10 billion times lower than atmospheric pressure (10-8 torr), allowing for simulations in countless conditions.
Fun fact! NREL researchers used this tool to design transparent materials that can conduct electricity.
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To help produce the very thin films needed to create sophisticated, multilayered materials, this tool uses a laser beam to vaporize material from a ceramic target. That material then travels through a vacuum and lands on the hot substrate where it can crystallize into a semiconductor. You can also control the background gas in the chamber, such as oxygen, at pressures between atmospheric pressure and 10 billion times lower than atmospheric pressure (10-8 torr).
Fun fact! NREL researchers used this tool to design transparent materials that can conduct electricity.
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Using ultraviolet light, these photolithography tools can transfer a micrometer-scale geometric design onto a thin film. These designs, or patterns, are used to define where to place metals or insulators or remove semiconductor material, allowing the researcher to create an array of three-dimensional microelectronic devices in iterative steps.
Fun fact! This tool can create patterns as small as a single micrometer wide. For comparison, a human hair is, on average, about 25 micrometers in diameter.
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Using ultraviolet light, these photolithography tools can transfer a micrometer-scale geometric design onto a thin film. These designs, or patterns, are used to define where to place metals or insulators or remove semiconductor material, allowing the researcher to create an array of three-dimensional microelectronic devices in iterative steps.
Fun fact! This tool can create patterns as small as a single micrometer wide. For comparison, a human hair is, on average, about 25 micrometers in diameter.
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With this equipment researchers study the electrical properties and degradation of various materials in high-temperature conditions. Because semiconductor performance typically degrades at high temperatures, it is critical to validate the operation of new materials to understand how they might perform in the real world.
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Building 16
HTMLText_53A222A5_4368_1957_41D0_1A0AD26A8666.html =
ESIF
Energy Systems Integration Facility
HTMLText_525F8B1D_4368_2F74_41C4_8D9A621FC8FC.html =
Flatirons Campus
HTMLText_535DE9ED_4358_2AD7_41CD_360323ECDCCE.html =
Power Electronics
360 Tour
HTMLText_79179328_6824_B5ED_41B5_3B157ED40A93.html =
SERF
Solar Energy Research Facility
HTMLText_008AE887_5F1E_3D84_41D7_7EE913B1F8B7.html =
Mauris aliquet neque quis libero consequat vestibulum. Donec lacinia consequat dolor viverra sagittis. Praesent consequat porttitor risus, eu condimentum nunc. Proin et velit ac sapien luctus efficitur egestas ac augue. Nunc dictum, augue eget eleifend interdum, quam libero imperdiet lectus, vel scelerisque turpis lectus vel ligula. Duis a porta sem. Maecenas sollicitudin nunc id risus fringilla, a pharetra orci iaculis. Aliquam turpis ligula, tincidunt sit amet consequat ac, imperdiet non dolor.
HTMLText_062AD830_1140_E215_41B0_321699661E7F_mobile.html =
LOREM IPSUM
DOLOR SIT AMET
CONSECTETUR ADIPISCING ELIT. MORBI BIBENDUM PHARETRA LOREM, ACCUMSAN SAN NULLA



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DONEC FEUGIAT:
• Nisl nec mi sollicitudin facilisis
• Nam sed faucibus est.
• Ut eget lorem sed leo.
• Sollicitudin tempor sit amet non urna.
• Aliquam feugiat mauris sit amet.


LOREM IPSUM:
$150,000
HTMLText_1E18423C_57F1_802D_41C4_458DB7F892AC_mobile.html =
JOHN DOE
Licensed Real Estate Salesperson


Tlf.: +11 111 111 111
jhondoe@realestate.com
www.loremipsum.com



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{{title}}
HTMLText_29DD1615_3597_79DF_41C4_7593739E5260_mobile.html =
Company Name
www.loremipsum.com
info@loremipsum.com
Tlf.: +11 111 111 111
### Tooltip Image_82D988D0_946C_D928_41E0_148C566E5676.toolTip = Building 16 - 1st Floor Image_FBE33DF2_B3C0_2E20_41A3_C88F5DC5E7EB.toolTip = Building 16 - 2nd Floor Image_823C85BA_946B_EB5B_41D4_F35CC445AD4F.toolTip = ESIF Image_B3FCDEE2_9824_C16F_41B2_3DA773A2C5FC.toolTip = Flatirons Image_79AA14D5_6824_BCA4_41C5_EAD4CEBDC7C9.toolTip = SERF 1st Floor Image_E8A9091E_D739_11C2_41BB_759A94313CCF.toolTip = SERF 1st Floor Image_81A7A69B_9464_2959_41DC_4DCC9575F7D4.toolTip = SERF 2nd Floor ## Tour ### Description ### Title tour.name = NREL Power Electronics 360 Tour