# What happens when both inputs are closed in a flip-flop fluidic device?

• esstephens
In summary, a fluidic flip flop truth table is a table that displays the input combinations and corresponding output states for a fluidic flip flop, a type of electronic circuit used for storing binary information. It works by using fluidic logic gates and has advantages such as immunity to electromagnetic interference and energy efficiency. It has various applications, including in medical devices, but may have limitations such as slower operation speed and the need for a continuous supply of pressurized fluid.
esstephens
In a flip-flop fluidic (air logic) device like the one shown in the attachment what happens if both the C1 and C2 are closed for the truth table.

You're missing the attachment.

Also, I moved this to the EE forum.

When both C1 and C2 are closed in a flip-flop fluidic device, it results in a state known as "latch-up." This means that the output of the flip-flop will remain in its current state, regardless of any changes to the inputs. In other words, the device will become "locked" in either a high or low output state until one of the inputs is opened. This is due to the fact that both inputs are providing the same signal to the device, causing it to stay in its current state rather than switching to the opposite state. This state can be useful in some applications, but in most cases it is important to avoid latch-up by ensuring that only one of the inputs is closed at a time.

## What is a fluidic flip flop truth table?

A fluidic flip flop truth table is a table that shows the possible input combinations and their corresponding output states for a fluidic flip flop, which is a type of electronic circuit used for storing binary information.

## How does a fluidic flip flop work?

A fluidic flip flop works by using fluidic logic gates, which are based on the principles of fluid dynamics, to store and manipulate binary information. The input signals control the flow of fluid through the circuit, and the output state is determined by the position of the fluid within the circuit.

## What are the advantages of using a fluidic flip flop?

One of the main advantages of using a fluidic flip flop is its immunity to electromagnetic interference, making it useful in environments where traditional electronic circuits may fail. It also has a simpler design and is more energy-efficient compared to other types of flip flops.

## What are the applications of a fluidic flip flop?

Fluidic flip flops have been used in various applications, including control systems for aircraft and missiles, as well as in digital circuits for data processing and memory storage. They have also been used in medical devices, such as pacemakers, due to their reliability and immunity to interference.

## Are there any limitations to using a fluidic flip flop?

One limitation of fluidic flip flops is their slower operation speed compared to traditional electronic circuits. They also require a continuous supply of pressurized fluid, which can be a disadvantage in certain applications. Additionally, they may be more difficult to design and troubleshoot due to their unique operating principles.

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