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Supplier: Mesta Electronics, Inc.
Description: dual output induction heating inverter consists of two-phase locked inverters that will support multiple induction heating coils in order to produce very complex and demanding temperature profiles. Both inverters are continually phase-locked; each is independently
- Input Frequency: 50 to 60 Hz
- AC Output Voltage: 420 to 1,000 volts
- Output Frequency: 0.009 to 0.011 MHz
- Number of Outputs: 1 #
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Supplier: Mesta Electronics, Inc.
Description: dual output induction heating inverter consists of two-phase locked inverters that will support multiple induction heating coils in order to produce very complex and demanding temperature profiles. Both inverters are continually phase-locked; each is independently
- Input Frequency: 50 to 60 Hz
- Output Frequency: 0.009 to 0.011 MHz
- Number of Outputs: 2 #
- AC Input Voltage: 380 to 480 volts
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Supplier: Mesta Electronics, Inc.
Description: dual output induction heating inverter consists of two-phase locked inverters that will support multiple induction heating coils in order to produce very complex and demanding temperature profiles. Both inverters are continually phase-locked; each is independently
- Input Frequency: 50 to 60 Hz
- AC Output Voltage: 560 to 940 volts
- Output Frequency: 0.009 to 0.011 MHz
- Number of Outputs: 1 #
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Supplier: Comdel, Inc.
Description: semiconductor processing. Applications include etch, RIE, parallel plate, ICP, RF sputtering, CVD and PVD, as well as induction and dielectric heating processes in industrial systems. Features: Output power leveled on delivered power No preventative maintenance required, maximum
- AC Input Voltage: 100 to 239 volts
- Input Frequency: 50 to 60 Hz
- Output Frequency: 0.02 to 0.05 MHz
- Number of Outputs: 1 #
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Supplier: Comdel, Inc.
Description: systems for semiconductor processing. Applications include etch, RIE, parallel plate, ICP, RF sputtering, CVD and PVD, as well as induction and dielectric heating processes in industrial systems, and solar photovoltaic applications. Features: Small, lightweight packaging
- AC Input Voltage: 110 volts
- Input Frequency: 50 to 60 Hz
- Output Frequency: 13.56 to 60 MHz
- Number of Outputs: 1 #
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Supplier: Comdel, Inc.
Description: systems for semiconductor processing. Applications include etch, RIE, parallel plate, ICP, RF sputtering, CVD and PVD, as well as induction and dielectric heating processes in industrial systems, and solar photovoltaic applications. Features: Small, lightweight packaging
- AC Input Voltage: 110 volts
- Input Frequency: 50 to 60 Hz
- Output Frequency: 13.56 to 60 MHz
- Number of Outputs: 1 #
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Supplier: Comdel, Inc.
Description: processing. Applications include etch, RIE, parallel plate, ICP, RF sputtering, CVD and PVD, as well as induction and dielectric heating processes in industrial systems. Features: Solid state for long life and low maintenance Class “C” linear design assures stability ETL Marked
- AC Input Voltage: 208 volts
- Input Frequency: 50 to 60 Hz
- Output Frequency: 2 to 80 MHz
- Number of Outputs: 1 #
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MOIRÉ TO 1370°C
It was surrounded with the water-cooled coil of the induction heating RF generator .
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Depolymerization of clean unfilled PTFE waste in a continuous process
The RF induction generator heated the reactor evenly in a relatively short period of time (5–10 min) to the desired working temperature.
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Corrosion and ESCA studies of uranium after exposure to an RF discharge
RF induction heating generator which operated at 2 Wz and supplied 0 to 7SU .
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Hotspot
With a compact heating head separate from the control unit, a versatile new RF induc- tion heating generator brings a new meas- ure of convenience to many metal heating jobs.
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Electric power transmission characteristics of high‐frequency inverter with a load connected through a distributed constant line
S o l i d State RF Generators for Induction Heating Applications, I.E.E.E. Trans. Industr.
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RF power amplifiers, classes A through S-how they operate, and when to use each
W.E. Frank, "Solid state RF generators for induction heating applications," Proc. IEEE Industry Applications Con$, San Fran- cisco, CA, 1983 (reprinted in Power Transistors: Device Desfgn and Applications, New York, IEEE.
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An approach to a broad range of power control in voltage-source series-resonant inverters for corona discharge treatment-pulse-density-modulation
E. Frank and C. F. Der, “Solid state RF generators for in- duction heating applications,” in IEEE/IAS Annu. Meet., 1982,the experimentd corona discharge load is about 30 kHz, .
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A new half-bridge inverter topology with active auxiliary resonant circuit using insulated gate bipolar transistors for induction heating applications
[2] W. E. Frank, C. F. Der, “Solid State RF Generators for Induction Heating Applications,” IEEE-IAS Conf:Rec.,pp.
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RF power amplifiers-classes A through F
W. E. Frank, "Solid state RF generators for induction heating applications," Roc.
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Design of Matching Circuitry for 100-kHz MOSFET Induction Heating Power Supply
REFERENCES [1i W. E. Frank, "Solid-state RF generators for induction heating applications," in Proc.