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Gis Applications
So far, you have learnt how GIS can help utilities to obtain snapshots of the locations of substations, lines and cables in relation to their geographical bearings. It could also help plot the locations of consumers along with respect to their feeding networks (starting with the source and ending with the end-user). Because the data are digitised, the use of GIS makes various interactive applications possible. For example, network inventory data could be stored on a computer-aided GIS (Geographical Information System) and it is an effective way of mapping installations; it is also extremely useful for consumer indexing, asset management and engineering analysis.
GIS applications give the requisite managerial inputs for decision making at several levels in a distribution utility. GIS based distribution management system along with varied access of field personnel to centrally located database would give efficient system management. This, in turn, will shorten the billing cycle time and improve finances of the utility. GIS could help to manage complex network information and coupled along with other business process applications it will facilitate the following:
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Q. Define Power-Supply Rejection Ratio? An op amp's ability to disregard changes in power-supply voltage is measured by the power- supply rejection ratio (PSRR), which is speci
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2365-305 Electrical systems design TASK A
Q. Why we Need biasing? Need for biasing : Baising is necessary to establish the quiescent operating point so that the device operates with the linear region without exceeding
RLC Rotate Accumulator Left Instruction This instruction also rotates the contents of the accumulator towards left by one bit. The D 0 bit moves to D 1 bit moves to D
1. Find the Nyquist rate for the following signals: (a) x(t) = 5 sin 3000Πt cos 4000Πt (b) A binary channel with bit rate 36000 bps is available for PCM voice transmission.
For the circuit shown in Figure, use KCL and KVL to determine i 1 , i 2 , v bd and v x . Also, find v eb .
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