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In synchronous BUS, the devices get the timing signals from
- a)Timing generator in the device
- b)A common clock line
- c)Timing signals are not used at all
- d)None of the mentioned
Correct answer is option 'B'. Can you explain this answer?
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Verified Answer
In synchronous BUS, the devices get the timing signals froma)Timing ge...
Answer: b
Explanation: The devices recieve their timing signals from the clock line of the BUS.
Explanation: The devices recieve their timing signals from the clock line of the BUS.
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In synchronous BUS, the devices get the timing signals froma)Timing ge...
Synchronous BUS and Timing Signals
Synchronous BUS is a type of data transfer protocol in which devices communicate with each other using a common clock signal. In this method, all devices on the bus receive timing signals from a common clock line.
Timing Signals in Synchronous BUS
The timing signals in synchronous BUS are used to synchronize the transfer of data between devices. These signals ensure that the data is transmitted at the correct time and that the receiving device is ready to receive it.
Common Clock Line
In synchronous BUS, the devices get the timing signals from a common clock line. This clock line is connected to all the devices on the BUS and generates a clock signal that is used to synchronize the transfer of data between devices.
Advantages of Common Clock Line
The use of a common clock line in synchronous BUS has several advantages. Some of these advantages include:
1. Simplicity: The use of a common clock line simplifies the design of the BUS and reduces the amount of hardware required.
2. Synchronization: The use of a common clock line ensures that all devices on the BUS are synchronized with each other, which reduces the chances of data loss or corruption.
3. Speed: The use of a common clock line allows data to be transferred at high speeds, as all devices on the BUS are synchronized with each other.
Conclusion
In conclusion, the devices in synchronous BUS get the timing signals from a common clock line. This clock line ensures that all devices on the BUS are synchronized with each other, which reduces the chances of data loss or corruption. The use of a common clock line also simplifies the design of the BUS and allows data to be transferred at high speeds.
Synchronous BUS is a type of data transfer protocol in which devices communicate with each other using a common clock signal. In this method, all devices on the bus receive timing signals from a common clock line.
Timing Signals in Synchronous BUS
The timing signals in synchronous BUS are used to synchronize the transfer of data between devices. These signals ensure that the data is transmitted at the correct time and that the receiving device is ready to receive it.
Common Clock Line
In synchronous BUS, the devices get the timing signals from a common clock line. This clock line is connected to all the devices on the BUS and generates a clock signal that is used to synchronize the transfer of data between devices.
Advantages of Common Clock Line
The use of a common clock line in synchronous BUS has several advantages. Some of these advantages include:
1. Simplicity: The use of a common clock line simplifies the design of the BUS and reduces the amount of hardware required.
2. Synchronization: The use of a common clock line ensures that all devices on the BUS are synchronized with each other, which reduces the chances of data loss or corruption.
3. Speed: The use of a common clock line allows data to be transferred at high speeds, as all devices on the BUS are synchronized with each other.
Conclusion
In conclusion, the devices in synchronous BUS get the timing signals from a common clock line. This clock line ensures that all devices on the BUS are synchronized with each other, which reduces the chances of data loss or corruption. The use of a common clock line also simplifies the design of the BUS and allows data to be transferred at high speeds.
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In synchronous BUS, the devices get the timing signals froma)Timing generator in the deviceb)A common clock linec)Timing signals are not used at alld)None of the mentionedCorrect answer is option 'B'. Can you explain this answer?
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