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• UD team's emitter is a breakthrough.
• He could only have been using the 23rd-century version of a terahertz nanotechnology emitter fabricated from a silicon semiconductor. ...
• The emitter - no larger than a grain of sand but able to see through drywall, silicon, brick and at least 4 centimeters of skin - could have practical future applications in medical and dental imaging, detecting hazardous materials such as anthrax and aiding in rescue operations, Kolodzey said. ...
• The emitter shoots a beam-like ray of terahertz waves at an object - "like the way the laser in your compact disc player reads your CD," Kolodzey said - and "sees" complex molecular structures, which have their own characteristic resonances or "colors. ...
• What you see via the terahertz emitter, which is a layer of silicon laced with boron, is not necessarily an image you'd expect to see. ...
• The tiny terahertz emitter is smaller than Kolodzey's thumb, but it represents a big breakthrough. ...

• Emitter follower   .
• In its behavior, the emitter follower is analogous and very similar to the source follower in metal-oxide-semiconductor (MOS) circuits. ... In these cases, an emitter follower acts as a very simple buffer. ...

• VCI Emitter FAQ.
• What is an "Emitter"?.
• How Does an Emitter or VCI Device Work?.
• How Long Does it Take for an Emitter to Become Effective?.
• At room temperature, emitters begin working immediately for metals in close proximity to the VCI emitter but it may require as much as 24 to 36 hours for metals at the farthest ends and internal spaces to be protected with VCI vapors. ...
• · By using more than one emitter and locating them evenly distributed throughout the package or enclosure.
• Are Emitter Vapors Hazardous?.
• How Do You Remove Emitter Films?.
• What happens to VCI Emitter Vapors When the Box is Opened and Closed?.
• As soon as the container is closed, the VCI emitter will again replenish the container with vapor corrosion protection.
• How Many Times Can the Container Be Opened and Closed Before Depleting the Emitter?.
•   The emitter will need to be changed more frequently depending on the rate of air flow, the quality of the air flowing through the cabinet, temperature and contaminants. ...
• How Does One Know When the Emitter is "Used Up"?.
• There are several ways to determine if an emitter is still useful, but these methods are so costly that we recommend automatically replacing the emitter once every two years. The emitter should be replaced more frequently than this if the conditions are severe or there is significant leakage (air exchange), high temperatures or loss of the internal air through frequent opening and closing.
• It is simple to determine if there is powder left in the emitter simply by shaking it.   Or, if there are signs of corrosion beginning on the equipment, it is most likely that the powder in the emitter has depleted.

• IBM Creates Smallest Solid-State Light Emitter .
• , May 9 -- The first electrically controlled, single-molecule light emitter has been created at IBM in what it calls a research breakthrough that demonstrates the rapidly improving understanding of molecular devices. ...
•    IBM's light emitter is a single nanotube, 1. ...
•    Because it is a transistor, IBM's light emitter can be switched on and off depending on the voltage applied to the gate of the device. ...

• Single Stage Common Emitter Amplifier Simulation.

• Micro TIP Field Emitter .
• The Micro-Tip field emitter is essentially an ultra small electron gun. ...
• Contour plot of electric field surrounding the tip field emitter:.
• For the field emitter, the particles are electrons. ...
• Developing Field Emitter Array Cathode Systems for Electrodynamic Tether Propulsion (University of Michigan & Naval Research Lab, 2000).

• emitter The semiconductor region from which charge carriers are injected into the base of a bipolar junction transistor.
• emitter feedback Coupling from the emitter output to the base input of a bipolar junction transistor.
• emitter follower A common collector amplifier. ...

• Polysilicon Emitter Bipolar Transistors (Ieee Press Selected Reprint Series).
• Polysilicon Emitter Bipolar Transistors (Ieee Press Selected Reprint Series) Verwandte Produkte:.

• ECL - Emitter Coupled Logic.

• Tiny Comb Generator Emitter Enables Earlier Emissions Testing.
• , has recently released new Comb Generator Emitter (CGE) devices, codeveloped by Intel and York EMC Services, that allow computer system and component manufacturers to speed development and lower production costs by testing for emissions earlier in the design process. ...
• The CGE01 100-MHz–12-GHz Comb Generator Emitter was primarily developed for evaluating the shielding effectiveness of smaller computer system enclosures, particularly where radiated emissions of the processor or other system components are above 2 GHz. ...
• The CGE02 Comb Generator Emitter, to be commercially available early 2003, extends the overall frequency range to 25 GHz. ...

• continuing Class A amplifier design with the goal of a linear amplifier - here we use emitter degeneration and feedback. ...
• SHUNT FEEDBACK AND EMITTER DEGENERATION.
• In which event my emitter voltage (Ve) is going to be 0. ...
• This much current to achieve the Ve's (dc) above mean our total emitter resistances must lie between a nice spread of 94 ohms total through to 135 ohms total for the sleepyheads who can't fathom that Re = Ve / Idc . ...
• What about base current (Ib)? - said before I like about 1/5 to 1/7 of the emitter current to flow through the base resistance bias network. ...
• Now if we need a gain of around 8 what is the value of the unbypassed emitter resistor? Remember gain is roughly RL / Re. ... If the total emitter resistances were 92 ohms then the bypassed Re = 92 - 56 or 36 ohms. ...

• Causes and Prevention of Emitter Plugging In Microirrigation Systems .
• Causes and Prevention of Emitter Plugging In Microirrigation Systems1.
• Emitter plugging can severely hamper water application uniformity. ...
• CAUSES OF EMITTER PLUGGING.
• Emitter plugging can result from physical (grit), biological (bacteria and algae), or chemical (scale) causes. ...
• The type of emitter plugging problems will vary with the source of the irrigation water. ...
• Research has shown that using water with over 500 ppm suspended solids did not cause emitter plugging as long as the larger particles were filtered (Pitts, 1985).
• Certain bacteria can cause enough precipitation of manganese, sulfur, and iron compounds to cause emitter plugging. ...
• Emitter plugging problems are common when using water that has high biological activity and high levels of iron and hydrogen sulfide. ...
• In this process, the bacteria create a slime that can form aggregates called ochre, which may combine with other materials in the microirrigation tubing and cause emitter plugging (Ford and Tucker, 1975). ...
• If a pressure tank is used, the air-water contact in the pressure tank can lead to bacterial growth in the tank, clogging the emitter. ...
• The minerals precipitate from solution and form encrustations (scale) that may partially or completely block the flow of water through the emitter. ...
• PREVENTION OF EMITTER PLUGGING.
• A properly designed microirrigation system should include preventive measures to avoid emitter plugging. ...
• Table 1 provides concentration levels for evaluating the water quality analysis in terms of the potential for emitter plugging.
• Important factors to consider in selecting a filtering method are emitter design and quality of the water source. Consider the emitter's minimum passageway diameter when selecting the filter mesh size. Filters should be sized according to the emitter manufacturer's recommendations or, in the absence of manufacturer's recommendations, to remove any particles larger than one-tenth the diameter of the smallest opening in the emitter flow path.

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