Inspire Power Pro Specifications and Applications

The video introduces the Inspire range of power supplies, highlighting various models such as the Power Pro Prime, Regulated, Variable, EHT, and Electromagnetic power supplies. Each model offers unique features like adjustable voltage, safety measures, and specific applications for experiments. The video also covers the use of pro lock keys for voltage presetting and demonstrates the motor effect and Fleming's left-hand rule.

What is the maximum voltage provided by the Prime power supply in the Inspire Power Pro range?

• 14 volts

• 6 volts

• 20 volts

• 10 volts

Which feature allows the maximum voltage to be preset in the Inspire Power Pro range?

• Safety Switch

• Pro Lock Key

• Voltage Dial

• Voltage Lock

For which type of experiments is the Regulated power supply particularly recommended?

• Magnetic field experiments

• Electrostatics experiments

• Ohm's Law experiments

• Thermal experiments

What is the maximum voltage drop on full load for the Regulated power supply?

• 0.5 volts

• 0.7 volts

• 1.0 volts

• 1.5 volts

What is the voltage range of the Variable power supply in the Inspire Power Pro range?

• 0 to 12 volts

• 0 to 20 volts

• 0 to 15 volts

• 0 to 10 volts

What is the maximum current output for the EHT output in the Inspire Power Pro range?

• 5 milliamps

• 15 milliamps

• 10 milliamps

• 2 milliamps

Which output is ideal for electrostatics experiments in the Inspire Power Pro range?

• 100 micro amp output

• 50 micro amp output

• 15 micro amp output

• 2 milliamp output

What is the purpose of the 6.3 volt AC output in the EHT output section?

• To power resistors

• To power LED lights

• To power capacitors

• To power teletran tubes

What is the maximum current provided by the Electromagnetic power supply?

• 10 amps

• 8 amps

• 12 amps

• 5 amps

Which rule is demonstrated using the Electromagnetic power supply in the Inspire Power Pro range?

• Ohm's Law

• Faraday's Law

• Fleming's Left Hand Rule

• Fleming's Right Hand Rule