Suppose you have an loT device with three modes of operation : -Transmitting: lasting for T =36ms for each message, and consuming 150 mA - Network synchronisation, lasting for 500 us and repeating every 5 seconds, consumes 20 mA - Otherwise in a sleep mode, with current draw of 6 µA 1- How many synchronisation cycles are performed in 24 hours (don't put the units) 2- What is the drawn electric charge (measured in mAh) within 24 hours for the synchronisation activities only (format 0.0000 - c put the units) 3- What is the drawn electric charge (measured in mAh) required for sending 50 messages per day (format 0.0000 - don't put th- units) 4- What is the total drawn electric charge (measured in mAh) within the 24 hours (format 0.0000 - don't put the units)
Suppose you have an loT device with three modes of operation : -Transmitting: lasting for T =36ms for each message, and consuming 150 mA - Network synchronisation, lasting for 500 us and repeating every 5 seconds, consumes 20 mA - Otherwise in a sleep mode, with current draw of 6 µA 1- How many synchronisation cycles are performed in 24 hours (don't put the units) 2- What is the drawn electric charge (measured in mAh) within 24 hours for the synchronisation activities only (format 0.0000 - c put the units) 3- What is the drawn electric charge (measured in mAh) required for sending 50 messages per day (format 0.0000 - don't put th- units) 4- What is the total drawn electric charge (measured in mAh) within the 24 hours (format 0.0000 - don't put the units)
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Question
D3.
![Suppose you have an loT device with three modes of operation :
- Transmitting: lasting for T =36ms for each message, and consuming 150 mA
- Network synchronisation, lasting for 500 µs and repeating every 5 seconds, consumes 20 mA
- Otherwise in a sleep mode, with current draw of 6 µA
1- How many synchronisation cycles are performed in 24 hours
(don't put the units)
2- What is the drawn electric charge (measured in mAh) within 24 hours for the synchronisation activities only
(format 0.0000 - don't
put the units)
3- What is the drawn electric charge (measured in mAh) required for sending 50 messages per day
(format 0.0000 - don't put the
units)
4- What is the total drawn electric charge (measured in mAh) within the 24 hours
(format 0.0000 - don't put the units)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffcb19559-1f65-4a28-a8c7-6c994065c737%2Fbd5b4dd4-3a41-4c2d-a5ca-f6c782c1b838%2F3eix5m_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Suppose you have an loT device with three modes of operation :
- Transmitting: lasting for T =36ms for each message, and consuming 150 mA
- Network synchronisation, lasting for 500 µs and repeating every 5 seconds, consumes 20 mA
- Otherwise in a sleep mode, with current draw of 6 µA
1- How many synchronisation cycles are performed in 24 hours
(don't put the units)
2- What is the drawn electric charge (measured in mAh) within 24 hours for the synchronisation activities only
(format 0.0000 - don't
put the units)
3- What is the drawn electric charge (measured in mAh) required for sending 50 messages per day
(format 0.0000 - don't put the
units)
4- What is the total drawn electric charge (measured in mAh) within the 24 hours
(format 0.0000 - don't put the units)
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