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Decades ago, vacuum tubes, also known as electron tubes, were the only devices available for use as amplifiers, oscillators, detectors, and other electronic circuits and systems A typical tube (called a valve in England) ranged from the size of your thumb to the size of your fist They are still used in some power amplifiers, microwave oscillators, and video display units Tubes generally require high voltage Even in modest radio receivers, 100 V to 200 V dc was required when tubes were employed This mandated bulky power supplies, and created an electrical shock hazard Nowadays, a transistor of microscopic dimensions can perform the functions of a tube in most situations The power supply can be a couple of AA cells or a 9-V transistor battery Even in high-power applications, transistors are smaller and lighter than tubes Figure 19-1 is a size comparison drawing between a transistor and a vacuum tube for use in an AF or RF power amplifier Integrated circuits (ICs), hardly larger than individual transistors, can do the work of hundreds or even thousands of vacuum tubes An excellent example of this technology is found in personal computers and the peripheral devices used with them 19-1 A power-amplifier

As you can see from the results shown in table 8, we can pull the description for the row with the keyword we want.

Inclusion (this one and that one) Alternation (this one or that one) Exclusion (this one but not that one)

Table 8 Partial results of expanded query combining keywords with source data Keyword 0x006C0069006700680074 Display term light Document Occurrence ID count 249 1 Description Value-priced bike with many features of our top-of-the-line models. Has the same light, stiff frame, and the quick acceleration we re famous for. Alluminum-alloy frame provides a light, stiff ride, whether you are racing in the velodrome or on a demanding club ride on country roads. This bike is ridden by race winners. Developed with the AdventureWorks Cycles professional race team, it has a extremely light heat-treated aluminum frame, and steering that allows precision control. A light yet stiff aluminum bar for longdistance riding. Affordable light for safe night riding; uses 3 AAA batteries. Light-weight, wind-resistant, packs to fit into a pocket. Simple and light-weight. Emergency patches stored in handle.

transistor (at left) is much smaller than a vacuum tube of comparable powerhandling capacity (right) 315

Summary

name begins with "T" and size is greater than 10000000 name begins with "T" or name begins with "W" name begins with "T" not name begins with "W" "Good morning, " & "Universe!" creates the string Good morning, Universe! name begins with "A" name ends with "tion" name contains "test" name does not contain "Project" name extension is in {"doc", "docx" name extension is not in {"doc", "docx" {"Tokyo", "Paris"} contains {"Paris"} returns true {"Tokyo", "Paris"} does not contain {"Seoul"} returns true 1 is equal to 2 returns false

Summary

Various elements, compounds, and mixtures can function as semiconductors The two most common materials are silicon and a compound of gallium and arsenic known as gallium arsenide (often abbreviated GaAs) In the early years of semiconductor technology, germanium formed the basis for many semiconductors; today it is seen occasionally, but not often Other substances that work as semiconductors are selenium, cadmium compounds, indium compounds, and the oxides of certain metals

Concatenation (joining two strings of data together into a single string)

This concludes our look at full-text searching with SQL Server 2008. We began by creating a catalog to hold our indexes, then proceeded to step two, creating the indexes themselves. Our third step was querying the full-text indexes in a variety of ways. Finally, we looked at some queries that will help us maintain and discover the state of our full-text indexes. Hopefully you ll find that using full-text searching can be as easy as one-two-three!

Robert C. Cain is a Microsoft MVP in SQL development, and is a consultant with COMFRAME as a senior business intelligence architect. Prior to his current position, Robert worked for a regional power company, managing, designing, and implementing the SQL Server data warehouse for the nuclear division. He also spent 10 years as a senior consultant, working for a variety of customers in the Birmingham, Alabama, area using Visual Basic and C#. He maintains the popular blog http://arcanecode.com. In his spare time, Robert enjoys spending time with his wife and two daughters, digital photography, and amateur radio, holding the highest amateur license available and operating under the call sign N4IXT.