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Additional resources for Digital Electronics: Principles and Applications
If you are given the binary number llOOll, what would you say it equals in decimal? First write down the binary number as: Binary J 1 I I0 1 t t Decimal 32+ 16 Binary paint 0 I 1 I 1 t t I bi~ary 0 pomt 2 + 1 = 51 + Start at the binary point and work to the left. For each binary 1, place the decimal value of that position (see Fig. 2-5) below the binary digit. Add the four decimal numbers to find the decimal equivalent. You will find that binary 110011 equals the decimal number 51. Another practical problem is to convert the binary number 101010 to a decimal number.
The appropriate output LED on the logic probe will light (HIGH or LOW), depending on the logic level at the input metal tip. A TTL digital circuit is being tested with a simple logic probe in Fig. l-21(b). Switch logic A handy portable measuring instrument used to determine logic level is the logic probe. A simple version of the logic probe is sketched in Fig. 1-21(a). Before testing a circuit, this logic probe requires the operator to select the type of digital circuitry being tested. Move the selector switch to either TTL or CMOS.
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