i) When the START Button is pressed, the COUNTER #5 is ON i) After 5 counts, the memory D200 is filled with data #00A2, and D300 is filled with data H000C. ii) Then the data inside the both memory addresses are compared. When the value inside 1. 2. D200 – D300, the RED light will turn ON 3. D200 < D300, the YELLOW light will turn ON. iv) When the STOP button is pressed the light goes OFF D200 > D300, the GREEN light will tum ON Fill up the DM data memory in Table (a). Table (a) 15 765 43210 Hex Value 14 13 12 1 10 98 D200 D300 b) Draw the flowchart for system described above.

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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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The operation of a system is described as follows:
i)
When the START Button is pressed, the COUNTER #5 is ON
i) After 5 counts, the memory D200 is filled with data #00A2, and D300 is filled
with data HO00C.
Then the data inside the both memory addresses are compared. When the
value inside
1. D200 > D300, the GREEN light will tum ON
2. D200 - D300, the RED light will turn ON
3. D200 < D300, the YELLOW light will turn ON.
iv) When the STOP button is pressed the light goes OFF
(a)
Fill up the DM data memory in Table (a).
Table (a)
15 14 13 12 11 10 976543210 Hex Value
D200
D300
(b)
Draw the flowchart for system described above.
Transcribed Image Text:The operation of a system is described as follows: i) When the START Button is pressed, the COUNTER #5 is ON i) After 5 counts, the memory D200 is filled with data #00A2, and D300 is filled with data HO00C. Then the data inside the both memory addresses are compared. When the value inside 1. D200 > D300, the GREEN light will tum ON 2. D200 - D300, the RED light will turn ON 3. D200 < D300, the YELLOW light will turn ON. iv) When the STOP button is pressed the light goes OFF (a) Fill up the DM data memory in Table (a). Table (a) 15 14 13 12 11 10 976543210 Hex Value D200 D300 (b) Draw the flowchart for system described above.
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