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Thyristors, TRIACs
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Thyristor - 2500 V | MM, IX series
Features:
Silicon Chip on Direct-Copper Bond (DCB) Substrate
Isolated Mounting Surface
Anti-Parallel Diode
2500V~ Electrical Isolation
Very High Current Capability
Silicon Chip on Direct-Copper Bond (DCB) Substrate
Isolated Mounting Surface
Anti-Parallel Diode
2500V~ Electrical Isolation
Very High Current Capability
Thyristor - 700 A | M series
The new ComPack family represents a compact
package with the highest power density.
The ComPack design is a result from the
implementation of the newest...
package with the highest power density.
The ComPack design is a result from the
implementation of the newest...
Thyristor - 700 A | M series
The new ComPack family represents a compact
package with the highest power density.
The ComPack design is a result from the
implementation of the newest assembly methods
in combination with the proprietary power
metallization chip technologies of IXYS.
Advancement in the module design as well
as the silicon die technology leads to a userfriendly
product that fulfills the highest needs
in reliability and
functionality.
First products
are dual die
or phase-leg
topology using
both anode
side and cathode
side soldering
options to
make available
dual thyristor
package with the highest power density.
The ComPack design is a result from the
implementation of the newest assembly methods
in combination with the proprietary power
metallization chip technologies of IXYS.
Advancement in the module design as well
as the silicon die technology leads to a userfriendly
product that fulfills the highest needs
in reliability and
functionality.
First products
are dual die
or phase-leg
topology using
both anode
side and cathode
side soldering
options to
make available
dual thyristor
Thyristor fast-switching - max. 4 500 V | TF8xx series
Features
- Double-side cooling
- Low switching...
- Double-side cooling
- Low switching...
Thyristor fast-switching - max. 4 500 V | TF8xx series
Features
- Double-side cooling
- Low switching loss
- Shorter turn-off time
Applications
- M.F. Inductive heating systems
- DC choppers
- Pulse electrical power supplies
- Double-side cooling
- Low switching loss
- Shorter turn-off time
Applications
- M.F. Inductive heating systems
- DC choppers
- Pulse electrical power supplies
Thyristor control / phase - max. 6 500 V | T800 series
Features:
- Double-side cooling
- High mean current
- High surge current
Typical applications
- High power drive
- High voltage supplies
- Motor control
- Double-side cooling
- High mean current
- High surge current
Typical applications
- High power drive
- High voltage supplies
- Motor control
Thyristor control / phase - TO-48
Features:
- High current rating
- Excellent dynamic characteristics
- Superior surge capabilities
- Standard...
- High current rating
- Excellent dynamic characteristics
- Superior surge capabilities
- Standard...
Thyristor control / phase - TO-48
Features:
- High current rating
- Excellent dynamic characteristics
- Superior surge capabilities
- Standard package
- Metric device version available
Typical applications
- Phase control applications in converters
- Lighting circuits
- Battery charges
- Regulated power supplies and temperature and speed control circuit
- Can be supplied to meet stringent military, aerospace and other high-reliability requirements
- Power supplier & motor controls
- High current rating
- Excellent dynamic characteristics
- Superior surge capabilities
- Standard package
- Metric device version available
Typical applications
- Phase control applications in converters
- Lighting circuits
- Battery charges
- Regulated power supplies and temperature and speed control circuit
- Can be supplied to meet stringent military, aerospace and other high-reliability requirements
- Power supplier & motor controls
Thyristor control / phase - 1 900 - 2 800 V | M1T2
Features
- Compact plastic packages
- Power and control terminals are isolated from metal base plate. Isolation voltage is more than 2500 V (RMS).
- Heat from chips is transferred through...
- Compact plastic packages
- Power and control terminals are isolated from metal base plate. Isolation voltage is more than 2500 V (RMS).
- Heat from chips is transferred through...
Thyristor control / phase - 1 900 - 2 800 V | M1T2
Features
- Compact plastic packages
- Power and control terminals are isolated from metal base plate. Isolation voltage is more than 2500 V (RMS).
- Heat from chips is transferred through aluminum nitride ceramic isolator and metal base plate
- Precise internal pressure contacts for high reliability
- Under operation cycling mode (not less than 105 cycles under ∆Tj = 100oC)
Typical applications
- Bridge rectifier
- AC/AC converters
- AC motor soft starters
- DC motor control
- Input rectifier for inverters
- Temperature control (e.g. for ovens, chemical processes
- AC motor rotation velocity control
- DC interrupters
- Inductive heating
- Uninterrupted power supplies
- Electronic welding
- Compact plastic packages
- Power and control terminals are isolated from metal base plate. Isolation voltage is more than 2500 V (RMS).
- Heat from chips is transferred through aluminum nitride ceramic isolator and metal base plate
- Precise internal pressure contacts for high reliability
- Under operation cycling mode (not less than 105 cycles under ∆Tj = 100oC)
Typical applications
- Bridge rectifier
- AC/AC converters
- AC motor soft starters
- DC motor control
- Input rectifier for inverters
- Temperature control (e.g. for ovens, chemical processes
- AC motor rotation velocity control
- DC interrupters
- Inductive heating
- Uninterrupted power supplies
- Electronic welding
Thyristor - SEMITOP®
SEMITOP flexibility for high integration level and high performances
Complex topologies in compact space
Simple pin routing thanks to terminal edge positioning
Low inductance design philosophy coupled with latest chip technologies
SEMITOP®...
Complex topologies in compact space
Simple pin routing thanks to terminal edge positioning
Low inductance design philosophy coupled with latest chip technologies
SEMITOP®...
Thyristor - SEMITOP®
SEMITOP flexibility for high integration level and high performances
Complex topologies in compact space
Simple pin routing thanks to terminal edge positioning
Low inductance design philosophy coupled with latest chip technologies
SEMITOP®...
Complex topologies in compact space
Simple pin routing thanks to terminal edge positioning
Low inductance design philosophy coupled with latest chip technologies
SEMITOP®...