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Current amplification = dIC /dIB Figure 22-6 is a graph of the collector current as a function of the base current (IC versus IB) for a hypothetical transistor Three different points are shown, corresponding to three different bias scenarios The ratio dIC /dIB is different for each of the points in this graph Geometrically, dIC /dIB at a given point is the slope of a line tangent to the curve at that point The tangent line for point B in Fig 22-6 is a dashed straight line; the tangent lines for points A and C lie right along the curve and are therefore not shown The steeper the slope of the line, the greater is dIC /dIB Point A provides the highest value of dIC /dIB, provided the input signal is not too strong This value is very close to HFE For small-signal amplification, point A in Fig 22-6 represents a good bias level Engineers would say that it s a good operating point At point B, dIC /dIB is smaller than at point A, so point B is not as good for small-signal amplification At point C, dIC /dIB is practically zero The transistor won t amplify much, if at all, if it is biased at this point

Enumeration Description Create the table in the client database. If an existing table has the same name, throw an exception. Create the table in the client database. If an existing table has the same name, drop the existing table first. Create the table in the client database if the table does not exist. If an existing table has the same name, delete all rows from this table. Create the table in the client database if the table does not exist. If an existing table has the same name, upload all rows from this table on the first synchronization. This option is only valid with a SyncDirection of Bidirectional or UploadOnly. Use an existing table in the client database that has the same name. If the table does not exist, throw an exception.

number of seconds in the time property of the current date object:

Description During the first synchronization, the client typically downloads schema and an initial data set from the server. On subsequent synchronizations, the client uploads changes to the server and then downloads changes from the server. During the first synchronization, the client typically downloads schema and an initial data set from the server. On subsequent synchronizations, the client downloads changes from the server. The client downloads a set of data from the server. The data is completely refreshed during each synchronization. During the first synchronization, the client typically downloads schema from the server. On subsequent synchronizations, the client uploads changes to the server.

Overdrive Even when a transistor is biased for the greatest possible current amplification (at or near point A in Fig 22-6), a strong ac input signal can drive it to point B or beyond during part of the signal cycle

I will explain how to create a Windows Communication Foundation (WCF) service, which will be used as the transport mechanism between the client synchronization agent (which lives on the mobile device) and the server synchronization provider (which is part of the WCF service). To use the MSF, you must supply the client and server synchronization providers and the sync agent. To do this, you need code that creates a proxy service to connect to the WCF service, which will request synchronization of the SQL CE database on the mobile device with the SQL Server on the network. The code discussed in this section is referred to in an excellent post on the MSF blog; links to both the blog and the code can be found on this book s web page: http://www.manning.com/SQLServerMVPDeepDives.

set mySeconds to time of (current date)

Listings 1, 2, and 3 show the code necessary to create the service. After you have created the project, added the files, added the references indicated in the USING statements, and compiled the service project, you need to deploy the service to Internet Information Services (IIS). You will add the code in listing 3 to your project s app.config.

Then, dIC /dIB is reduced, as shown in Fig 22-7 Points X and Y in the graph represent the instantaneous current extremes during the signal cycle in this particular case When conditions are like those in Fig 22-7, a transistor amplifier will cause distortion in the signal This means that the output wave will not have the same shape as the input wave This phenomenon is known as nonlinearity It can sometimes be tolerated, but often it is undesirable When the input signal to a transistor amplifier is too strong, the condition is called overdrive, and the amplifier is said to be overdriven Overdrive can cause problems other than signal distortion An overdriven transistor is in or near saturation during part of the input signal cycle This reduces circuit efficiency, causes excessive collector current, and can overheat the base-collector (B-C) junction Sometimes overdrive can destroy a transistor

to it the value of mySeconds divided by the hours constant (using div, which ignores the remainder) The new statement appears in boldface here: