SRC1 ranges from 0 to 15 output SRC1 as a 4 bit binary number DST1 is the smallest bit

Keep a running total of the input, going beyond 100. OUT 1 takes the two most significant digits of the sum. OUT 2 takes the two least significant digits. For example, if the current total is 1205: OUT 1 = 12 OUT 2 = 5

SRC1 is random integer between 0 to 100 Convert SRC1 to 2 digit hex e.g. SRC1 = 100 hex= 64 expected output OUT1 = 6 OUT0 = 4

SRC 1, 2, 3, and 4 are random values. 3 of the SRC inputs sum to 200. send the one that isn't part of that sum to OUT 1. Only 3 module types allowed!

Out1 is a standard 4-timestep clock. Out2 gets 100 volts when Out1 is triggered twice (making it a 8-timestep clock). Out3 gets 100 volts when Out2 is triggered twice.

The turrets' targeting system needs to be calibrated every so often as error accumulates over time. SRC1 and SRC2 represent the x and y coordinates of a point on the plane. If the current point is at least as close to the origin (0,0) as the previous point

OUT1 = SRC1 // SRC2

Design a JK Flip Flop using Logic gates, VCA and signal delay. src1 represent input J, src2 represent input K, out1 represent output Q. 使用逻辑门，VCA，信号延迟器制作JK触发器。src1为J输入，src2为K输入，out1为Q输出。 J,K,Q的关系为： J K Qnext 0 0 Qprev 0 100 0 100 0 100 100 100 Qprev`