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Variable gain amplifiers (VGAs) can be designed in one of two ways: either by varying the active device s bias voltage to its base, which controls its collector current, and thus the gain of the transistor (see Automatic gain control ), or by placing a voltage- or current-controlled variable attenuator at the input to a fixed-gain amplifier. Since the latter design usually results in a more linear amplifier response over gain, especially with large input signals, it is preferred over the variable-bias design in many applications. An added disadvantage to the variable-bias type is that any modification to the bias of a transistor will also alter its S parameters. This means that not only will the gain be varied, but so will the return loss of the amplifier which can prove catastrophic if the VGA is attached to a filter circuit (a filter s response is dependent on its source and load impedance). In using PIN diode attenuators, a few cautions are in order. As with most devices using PINs, the minimum usable frequency is normally above 10 MHz. Some special PIN diodes may attain lower frequencies, while some will not operate properly until much higher frequencies are reached. However, as the frequency is decreased in any PIN, its IMD and insertion losses will increase. As well, many PIN attenuator designs used for AGCs should be tested for IMD performance, considering that a PIN has better intermodulation specs at higher bias currents and, as high received signal levels result in increased attenuator IMD, decreasing the bias current to attenuate the signal will add to this problem.
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Notice that in each case the conservation of energy is satis ed; that is, the sum of the voltages across R2 and R4 and the sum of the voltages across R1 and R3 are equal to the value of the voltage source V2 + V4 = 5 + 10 = 15 V V1 + V3 = 3.75 + 11.25 = 15 V Now we know the voltage across every resistor in Fig. 3-19 and can nd the Thevenin equivalent voltage by taking any loop we like and applying KVL. Taking the top loop around VTH , R1 , and R2 we have VTH V1 + V2 = 0 VTH = V2 V1 = 5 3.75 = 1.25 V Let s nd the Thevenin equivalent resistance. First we set the voltage source equal to zero and replace it by a short circuit. Then we have the circuit shown in Fig. 3-21. The combinations R1 R3 and R2 R4 are in parallel. So the circuit shown in Fig. 3-21 is equivalent to the circuit shown in Fig. 3-22.
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4. Predicting In this activity, the concentration of each of the reactants was 1.0M, which
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The water utility database should support the recording o f water usage and billing for water usage. To support these functions, the database should contain data about customers, rates, water usage, and bills. Other functions such as payment processing and customer service are omitted from this description for brevity. The following list describes the data require ments in more detail. Customer data include a unique customer number, a name, a billing address, a type (commercial or residential), an applicable rate, and a collection (one or more) o f meters. Meter data include a unique meter number, an address, a size, and a model. The meter number is engraved on the meter before it is placed in service. A meter is associated with one customer at a time. A n employee periodically reads each meter on a scheduled date. W h e n a meter is read, a meter-reading document is created containing a unique meter reading number, an e m ployee number, a meter number, a timestamp (includes date and time), and a consump tion level. W h e n a meter is first placed in service, there are no associated readings for it. A rate includes a unique rate number, a description, a fixed dollar amount, a consump tion threshold, and a variable amount (dollars per cubic foot). Consumption up to the threshold is billed at the fixed amount. Consumption greater than the threshold is billed at the variable amount. Customers are assigned rates using a number o f factors such as customer type, address, and adjustment factors. Many customers can be assigned the same rate. Rates are typically proposed months before approved and associated with customers. The water utility bills are based on customers' most recent meter readings and applica ble rates. A bill consists o f a heading part and a list o f detail lines. The heading part con tains a unique bill number, a customer number, a preparation date, a payment due date, and a date range for the consumption period. Each detail line contains a meter number, a water consumption level, and an amount. The water consumption level is computed by subtracting the consumption levels in the two most recent meter readings. The amount is computed by multiplying the consumption level by the customer's rate.
Just as it is easy to display multiple measures on either the rows or columns, it is easy to allow for multiple dimensions to be displayed on the rows or columns. In a sense, Figure 6-20 showed this by having both the dates and measures on the columns, but imagine now that the grid should show the gross profit by products by sales territory in the rows and by time in the columns. Placing Gross Profit in the background, Date.Date.Calendar on the Columns, and both Product Model Lines and SalesTerritory on the Rows leads to such a report. When multiple dimensions are placed on either the rows or the columns, the order in which they appear in the Rows and Columns panels will determine the order in which they appear in the grid. In the example of both products and sales territories being placed on the rows, if products are first then products will show first, with sales territories indented slightly on the next row. The user can still expand or drill down on members of either products or sales territories to perform analysis. Figure 6-21 shows an example of a user having expanded both the All Products and the All Sales Territories members one time (as well as expanding All Periods.) Note that the first set of rows has the total for all products and all territories, followed by the details of the territories; the next section moves to the first product model, the repeats the territories, and so forth.
11: Using I/O
VOP Service Revenue Breakout
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