In which of the following portions of the x-ray circuit is the step-down transformer used?

A transformer with more turns in its secondary winding than in its primary winding would be expected to ________ voltage.

The x-ray tube can operate only on ______ current.

A transformer with 300 turns on the primary side and an input voltage of 150 V has 60,000 turns on the secondary side. This is a ______ transformer.

An autotransformer functions as a/an ______.

A transformer described in the previous question has a secondary coil with 60,000 turns and a secondary voltage of 12,000 V. What is the input voltage if the primary coil has 300 turns?

What type of transformer is being described in the previous question?

In the x-ray circuit, would the transformer described above be used for the kVp meter or the x-ray tube?

To prevent electrical shock, which of the following components of the x-ray circuit is placed between the autotransformer and the step-up transformer?

When the step-down transformer is used in the x-ray circuit, in case of current changes or power surges, which of the following is created?

In the x-ray circuit, is the timer located between the step-down transformer and the x-ray tube, or between the rectifier and the x-ray tube?

The voltmeter is located in the x-ray circuit:

The three main parts of the x-ray imaging system are the x-ray tube, ________, and ________.

The operating console contains circuits that are ________.

Variations in power distribution to the x-ray machine are corrected by the ________.

Thermionic emission at the filament determines the voltage across the x-ray tube.

The step-down transformer is located in the

The most accurate type of timer is the

The automatic exposure control (AEC) terminates the exposure when a.

The AEC detector is located

The mAs timer is usually set to give the

The step-up transformer increases voltage

A diode allows electrons to flow

The high-voltage generator contains the high voltage transformer, the ______ transformer, and the rectifiers.

The difference in the waveform between the primary and secondary sides of the high voltage transformer is ______.

In modern imaging systems, the components for rectification are ______.

With half-wave rectification the current flows through the x-ray tube during the ______ half of the cycle.

With half-wave rectification, the x-ray beam at the x-ray tube contains ______ pulses per second.

With full-wave rectification, the x-ray beam at the x-ray tube contains ______ pulses per second.

With full-wave rectification, the current flows through the x-ray tube during the ______ half of the cycle.

Fully rectified, three-phase units provide an x-ray beam at ______ pulses per second.

Voltage across the x-ray tube is most constant with ______ generators.

Most mammography units operate with ______ generators.

A single-phase waveform has the ________ voltage ripple.

The x-ray beam generated by the circuit with the ________ quality.

The principal disadvantage of three-phase equipment is ________.

What is the industry standard formula for calculating high voltage generator power?

The x-ray generator with the lowest power rating is the ________ imaging system.

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For the X-ray circuit in which component of the circuit is the voltage decreased and the current increased?