TORECK CO., LTD.

For learning X-ray equipment, knowledge about its electric circuits is of importance.
This model circuit is an ideal tool for learning operation, basic principle and difference by type in medical X-ray equipment, through experiment on characteristics of circuits by monitoring waveforms at input power and X-ray tube.

■Resonance Inverter Model Circuit　GT-3
■Square-wave Inverter Model Circuit  GS-3

*It can operate at low voltage without using high voltage (Tube voltage:1/1000).
*Safe experiment without generating actual radiation.
*Simulation of inverter X-ray equipment is possible by connecting the accessories of filament heating circuit and dummy X-ray tube circuit.

	Resonance Inverter Model Circuit GT-3	Square-wave Inverter Model Circuit GS-3
Output type	Series resonance bridge inverter Neutral grounding	Square-wave bridge inverter Neutral grounding
Tube voltage control	Frequency control	Primary voltage control
Operation mode	Radiography/Fluoroscopy/Cine (with hand switch)	Radiography/Fluoroscopy (with hand switch)
Waveform output	Tital 11 types (with waveform monitoring terminal)	Total 11 types (with waveform monitoring terminal)

*This circuit adopts the widely used low-voltage & duty-variable filament circuit.
*Adjustment of tube current is possible by controlling the heat (filament voltage).
*Monitoring of filament voltage waveform is possible.
*Use in combination with the main model circuit and dummy X-ray tube circuit.

Output type	Square-wave push-pull
Heat control	Duty control (PWM control)
Max output	5V 3A　continuous

*Simulated circuit of X-ray tube
*As the dummy tube, it uses a two-pole vacuum-tube which has the equivalent characteristics of X-ray tube.
*Use in combination with the main model circuit and filament heating circuit.

Tube	2-polar Bulb
Max voltage	150V
Max current	300mA
Max power	45W

• JSGI phantom
• Cuttori