By Turan Gonen
This can be one of many first energy platforms textbooks to pay attention to smooth electrical energy distribution engineering. The ebook comprises approximately a hundred distinct numerical examples and approximately one hundred twenty five difficulties, giving scholars abundant publicity to and perform in fixing and layout of distribution platforms.
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Extra resources for Electric Power Distribution System Engineering
The 2513 is a utility 5 X 7, 64-character device by Signetics and General Instruments. The GI device needs only a single +5-V supply but may not be compatible with a CMOS video output shift register working on a higher supply voltage or on a split +5-V, -5-V supply. The 5004 is a Standard Microsystems product. It works on a single +5-V supply and has internal storage and output registers. It pro vides a premium 7 X 9 dot matrix of uppercase and lowercase char acters. The 6072 is a very fast, single-supply 7 X 9 matrix of 128 characters offered by Monolithic Memories.
It has common input/ output leads and an output disable. Sources include Intel, American Micro Devices, and Synertek, along with the Texas Instruments 4042. The 2112 is similar to the 2111 except that it is in a 16-pin package and has no output disable. Sources are similar to the 2111 except that the Texas Instruments part number is 4033 and it is also offered by Signetics as a 2602. 29 The Intel 5101 is a premium micropower 2101 using CMOS tech nology. It is useful for nonvolatile memory systems using standby battery-power backup.
For normal operation, pins 2, 3, 4, 5, and 10 may be grounded. A digital logic 1 on pin 1 will cause pin 13 to source 6 rnA and pin 12 to sink 6 rnA, driving a transmission line balanced with respect to ground. A similar input to pin 6 will cause pin 9 to source 6 rnA and pin 8 to sink 6 rnA. A digital logic 0 on either input will reverse the sense of the currents, with the original source being a sink and vice versa. Inputs 2 and 5 may be logically ANDed to inputs 1 and 6, respec tively, for two-input operation.