Shunt

The politician tried to shunt the blame onto someone else for the failed project.

The train company had to shunt the locomotive to a different track due to a problem.

He tried to shunt the bike to the side of the road.

The shunt resistor was placed in parallel with the load to monitor the current.

The driver braced for impact as he saw the shunt coming.

The nurse had to shunt the patient to a different ward.

The shunt successfully diverted the blood flow away from the affected area.

The train was damaged in the shunt with the truck.

The railway worker switched the tracks at the shunt.

The defendant tried to shunt the blame for the crime onto his accomplice.

The parent tried to shunt the unpleasant task of disciplining the child to the other parent.

The police arrived on the scene of the shunt to investigate the cause of the collision.

The shunt caused a traffic jam on the busy road.

The shunt resulted in a pile-up of cars on the highway.

The shunt between the two cars caused a loud noise.

The shunt left a trail of debris scattered across the road.

The loud noise from the shunt startled the pedestrians nearby.

The shunt caused significant damage to both vehicles.

The accident resulted in a shunt between two vehicles.

The driver lost control after the shunt and crashed into a tree.

The passengers were injured in the violent shunt.

The sudden shunt caused a chain reaction of collisions.

The shunt was so severe it left a large dent in the side of the car.

The shunt was so powerful it knocked over a nearby traffic light.

The sudden shunt caused the passengers to jolt forward in their seats.

The shunt caused a fire to break out in the engine compartment.

The force of the shunt caused the airbags to deploy in both cars.

The sudden shunt left the passengers shaken but thankfully unharmed.

The shunt regulator was used to maintain a stable voltage output despite input fluctuations.

The electrical engineer designed a shunt to protect the sensitive electronic components from voltage surges.

The laboratory technician used a Kelvin connection to reduce errors in the shunt measurements.

The shunt was a crucial component in regulating the electrical output of the generator.

The electrician installed a shunt to prevent a power surge.

The aerospace technician added a shunt to the spacecraft's electrical system to prevent overload.

The shunt trip circuit breaker was used in hazardous locations to prevent electrical fires.

The shunt was installed to redirect the flow of current away from a damaged component.

The mechanic installed a shunt to protect the car's electrical system.

The power company installed a shunt to protect against voltage spikes.

The shunt was integrated into the circuit to maintain a steady current under varying loads.

The ship's engineer installed a shunt to control the current in the electrical system.

The laboratory technician used a shunt to measure the current in the circuit.

The train conductor checked the shunt to ensure the electrical system was functioning properly.

The laboratory used a high-precision shunt to measure the resistance of the material.

The shunt trip breaker was used to disconnect the power supply in case of a fault.

The engineers added a shunt to the circuit to regulate the current.

The shunt was designed to prevent overloading of the electrical system.

The electrician tested the shunt to ensure that the current was being diverted properly.

The technician used a shunt to measure the current flowing through the circuit.

The shunt resistor was calibrated to provide an accurate measurement of the electrical current.

The circuit breaker acted as a shunt to protect the electrical devices from excess current.