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The listen-in module kit allows you to listen in to the room or area being monitored by the Tele-Alert alarm controller (Fig. 22-7). The listen-in board can be used only with the Tele-Alert system board. With the listen-in board you can listen in for up to 2 minutes after you have been called by the Tele-Alert unit. The circuit for the listen-in board is shown in Fig. 22-8.

The GB plane is, as you have seen, similar in appearance to the RX plane, although mathematically the two are worlds apart. Once you ve found a complex admittance for a parallel RLC circuit, how do you transform this back to a complex impedance Generally, it is the impedance, not the admittance, that technicians and engineers work with. The transformation from complex admittance, or a vector G jB, to a complex impedance, or a vector R jX, requires the use of the following formulas: R X G/(G2 B2) B/(G2 B 2)

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The listen-in board, begins with the sensitive electret microphone at MIC. The sensitive electret microphone is first biased via R1, which is enabled via the microprocessor. The sound output from the electret microphone is coupled through C1 and R2 to the dual opamp at U1:A, which acts as an audio preamplifier. The LM358 op-amp at U1 is a singlesupply device, thus eliminating the need for the usual two power supplies used with most op-amps. The gain of U1 is essentially controlled by resistors R3 and R6. The output of the first preamp stage is next coupled to the second amplifier stage at U1:B, via C2 and R5. The output of the second audio amplifier stage at U1:B is coupled directly to the telephone coupling transformer T1 via C3. The listen-in board kit is powered by the 5-V system power source through the main Tele-Alert board.

If you know the complex admittance, first find the resistance and reactance components individually. Then assemble them into the impedance vector, R jX.

Table 2-7 summarizes the results of a study8 performed by Meir Statman in 1987. The study looked at randomly grouped portfolios of stocks of various sizes to determine the marginal amount of diversification achieved by adding additional stocks to a portfolio. Volatility of individual stocks is measured by the standard deviation of their returns. The average annual standard deviation for an individual stock was found to be 49.24 percent a significant amount. According to the findings, if 10 randomly selected stocks are combined into a portfolio, its volatility dropped by more than 50 percent to an average of 23.93 percent. The volatility of a 10-stock portfolio was not significantly more than the volatility of a 1000 stock portfolio. Based on these results, we see that diversification is easy to obtain in a portfolio. It does not require hundreds of stocks to diversify a portfolio adequately most studies suggest that 20 to 25 stocks are sufficient. It does, however, require that stocks within a portfolio be selected from different industries to reduce the correlation among the assets. Diversification occurs in a portfolio only if the stocks selected have different types of unsystematic risk; that is, the prices of the stock do not move in lockstep because they are all in the same or highly related industries. Diversification, while limiting your risk by spreading your investments over a larger number of securities, also limits the gains you would have received if you had concentrated your investments in a

Problem 16-17

The listen-in board kit measures 2 by 11 4 in. It was designed to easily plug into the Tele-Alert. The listen-in board is simple to construct, and can be completed in about a half-hour or so. Locate all the components and display them in front of you. Begin first by installing the resis-

The admittance vector for a certain parallel circuit is 0.010 j0.0050. What is the impedance vector In this case, G 0.010 and B 0.0050. Find G2 B2 first, because you ll need to ( 0.0050)2 0.000100 0.000025 use it twice as a denominator; it is 0.0102 0.000125. Then R X G/0.000125 0.010/0.000125 80 B/0.000125 0.0050/0.000125 40 jX 80 j40.

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