Suppose, a water-level detector with multiple sensors has been installed is a reservoir to sense the...

 

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Suppose, a water-level detector with multiple sensors has been installed is a reservoir to sense the level of the water. Once any of the sensors senses the water, it becomes activated (i.e., logic high), otherwise it remains deactivated (i.e., logic low). Implement a circuit using decoder and/or encoder only for the water-level monitoring system that works [10] as follows: If S4 senses water, L4 will turn on only (indicates high level) If S3 senses water, L3 will turn on only (indicates medium level) If S2 senses water, L2 will turn on only (indicates low level) If Sl senses water, L1 will turn on only (indicates the reservoir is empty) If none of sensor senses anything, L1 will turn on only (still indicates the reservoir is empty) L4 S4 L3 S3 L2 S2 L1 S1 Water Show your work in detail and draw a circuit diagram neatly for the above-mentioned system. Device Suppose, a water-level detector with multiple sensors has been installed is a reservoir to sense the level of the water. Once any of the sensors senses the water, it becomes activated (i.e., logic high), otherwise it remains deactivated (i.e., logic low). Implement a circuit using decoder and/or encoder only for the water-level monitoring system that works [10] as follows: If S4 senses water, L4 will turn on only (indicates high level) If S3 senses water, L3 will turn on only (indicates medium level) If S2 senses water, L2 will turn on only (indicates low level) If Sl senses water, L1 will turn on only (indicates the reservoir is empty) If none of sensor senses anything, L1 will turn on only (still indicates the reservoir is empty) L4 S4 L3 S3 L2 S2 L1 S1 Water Show your work in detail and draw a circuit diagram neatly for the above-mentioned system. Device