# Worksheet Parallel Circuit Problems Episode 904 Answer Key

In the previous post in this series we looked at how to troubleshoot a Worksheet Parallel Circuit. In this one we will examine one more common problem involving a Worksheet Circuit. One of the reasons why a Worksheet Circuit can fail is due to the interactions between its primary and secondary circuits. This problem can be caused by the presence or absence of one or more of these circuit bridges called the conductors.

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A circuit problem that can result in a Worksheet Circuit failure is one where there is a short between the two primary circuits. The short is caused by either a short between the connections on the two connections or a short between the contacts on the circuit board. The amount of current that the circuit is able to carry will depend on the strength of the electrical connection between the two primary circuits. So in the case of the Worksheet Circuit, if the strength of the electrical current is weak, the short may not be detected by the software and the circuit will fail.

There are several ways that a Worksheet Circuit can fail. In one of them, the connecting wire on the circuit board or the contact wire to the primary circuit may be defective. In another case, the defective resistive or conductive bridge to the primary circuit may be broken. In still another case, the wiring between the secondary circuit and the primary circuit may be disconnected.

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Some Worksheet Circuit problems have more than one contributing factor. In one case, the physical connections on the circuit board or the contact to the primary circuit are both defective. In another case, both the primary and secondary connections could be faulty. Still another instance, the wiring of the circuit is faulty. In any case, if a Worksheet Circuit fails, you can expect the following additional problems:

– Interference in the process of data transmission. If there are signals that are garbled due to interference, the signals will not be transmitted correctly. For example, if one component transmits data at high speed and the other component receives it at a low speed, the received data will be misinterpreted as noise. The only way to determine which is the cause of the failure is to replace the faulty component.

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– Unsafe proximity. If the two elements are too close to each other, there is a big possibility for the circuit to fail. This happens when the active components are working close to each other; such as when connecting the terminals of an electric motor to the chassis. Again, if one component is defective and the other one not affected, you can assume that the defective component caused the failure. To fix this problem, either remove the connection or add a wider-range component to the circuit.

– Interference in the conductors. The interference can come from three sources-interconnection issues between primary circuits, issues between the primary circuits and the secondary circuits, and interference coming from the primary circuits’ insulation. If any of these three sources is present, your circuit is at risk for failing.

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With all the possible causes of worksheet adapter failure, it is important that you find the cause of the failure before trying to repair the device. This is because you will not know what the malfunction is without having a hands-on inspection. A failsafe tool is a must-have in your tool box. A failsafe tool comes in the form of a worksheet Adapter. A worksheet adapter is used to connect two conductors with their terminals connected to a third conductor. This ensures that the two ends of the connecting wire will touch the corresponding conductors so that they will not damage each other.