How toasters works with the functions of elements in open loop system?

Or perhaps the "timing mechanism", which is the clockwork that makes the toaster turn off after a certain amount of time has passed.In summary, the pop up toaster is an example of an open loop system where the setting of the darkness knob represents the input and the degree of darkness of the toast is the output. The system does not have any feedback and the heating elements and timing mechanism are the elements in the system.
  • #1
plouffle
3
0
1. Explain briefly an example of open loop system. At the same time, explain how this example works with the functions of the elements in the system.

example is pop up toaster

The Attempt at a Solution


The pop up toaster can be set for the desireddarkness of the toastedbread.
The setting of the ‘‘darkness’’ knob, or timer, represents the input quantity,
and the degree of darkness and crispness of the toast produced is the output
quantity. If the degree of darkness is not satisfactory, because of the condition
of the bread or some similar reason, this condition can in no way automatically
alter the length of time that heat is applied. Since the output quantity
has no influence on the input quantity, there is no feedback in this system.
The heater portion of the toaster represents the dynamic part of the overall
system, and the timer unit is the reference selector.

what is the elements in the system ---- pop up toaster ?
 
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  • #2


plouffle said:
what is the elements in the system ... ?
I assume you don't understand the term "elements"? These would be the "heating elements", the thin wires that glow orange and produce heat when they are on.
 

Related to How toasters works with the functions of elements in open loop system?

1. How does a toaster work?

A toaster works by using electrical resistance to heat up the metal elements inside. When the bread is placed in the slots and the toaster is turned on, the electrical current flows through the elements, causing them to heat up and toast the bread.

2. What are the elements in a toaster?

The elements in a toaster are usually made of nichrome wire, a type of alloy that has high electrical resistance and can withstand high temperatures. They are typically coiled or formed into a zigzag shape to increase the surface area and distribute heat evenly.

3. How does the open loop system in a toaster work?

In an open loop system, there is no feedback or control mechanism. In a toaster, this means that the temperature of the elements is not regulated and they will continue to heat up until the toaster is turned off. This is why it's important to monitor the toast and remove it when it reaches the desired level of doneness.

4. What is the purpose of the open loop system in a toaster?

The open loop system in a toaster allows for a simple and inexpensive design. It also allows for a wide range of toasting levels, as the elements can reach high temperatures without a control mechanism. However, it also means that the toast can easily burn if left unattended.

5. Are there any disadvantages to the open loop system in a toaster?

One disadvantage of the open loop system in a toaster is that it is not as precise as a closed loop system, where the temperature can be regulated and adjusted. This can lead to uneven toasting and the risk of burning the toast. Additionally, the lack of a control mechanism means that the toaster can overheat and potentially cause a fire if left on for too long.

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