VOLTAGE RANGE - 800 to 1800 V CURRENT - 60 A
FEATURES
▪ Blocking voltage:800 to 1800V
▪ Heat transfer through aluminum oxide DBC
ceramic isolated metal baseplate
▪ Glass Passivated chip
APPLICATION
▪ Non-controllable Rectifiers for AC/AC converters
▪ Line Rectifiers for transistorized AC motor controllers
▪ Field supply for DC motors
VRRM 800 to 1800V
IFAV 36 A
Features
• Blocking voltage:800 to 1800V
• Heat transfer through aluminum oxide DBC ceramic isolated metal baseplate
• Glass Passivated chip
• UL recognized applied for file no. E360040
Applications
• Non-controllable Rectifiers for AC/AC converters
• Line Rectifiers for transistorized AC motor controllers
• Field supply for DC motors
VRRM 800 to 1800V
IFAV 60 A
Features
• Blocking voltage:800 to 1800V
• Heat transfer through aluminum oxide DBC ceramic isolated metal baseplate
• Glass Passivated chip
• UL recognized applied for file no. E360040
Applications
• Non-controllable Rectifiers for AC/AC converters
• Line Rectifiers for transistorized AC motor controllers
• Field supply for DC motors
VRRM 800 to 1800V
IFAV 36 Amp
Features
• Blocking voltage:800 to 1800V
• Heat transfer through aluminum oxide DBC
ceramic isolated metal baseplate
• Glass Passivated chip
Applications
• Non-controllable Rectifiers for AC/AC
converters
• Line Rectifiers for transistorized AC motor
controllers
• Field supply for DC motors
VRRM 800 to 1800V
IFAV 60 Amp
Features
• Blocking voltage:800 to 1800V
• Heat transfer through aluminum oxide DBC
ceramic isolated metal baseplate
• Glass Passivated chip
Applications
• Non-controllable Rectifiers for AC/AC
converters
• Line Rectifiers for transistorized AC motor
controllers
• Field supply for DC motors
VRRM 800 to 1800V
IFAV 120 Amp
Features
• Blocking voltage:800 to 1800V
• Heat transfer through aluminum oxide DBC
ceramic isolated metal baseplate
• Glass Passivated chip
Applications
• Non-controllable Rectifiers for AC/AC
converters
• Line Rectifiers for transistorized AC motor
controllers
• Field supply for DC motors
VRRM 800 to 1800V
IFAV 200 A
Features
• Blocking voltage:800 to 1800V
• Heat transfer through aluminum oxide ceramic
isolated metal baseplate
• Glass Passivated chip
• UL recognized applied for file no. E360040
Applications
• Non-controllable Rectifiers for AC/AC
converters
• Line Rectifiers for transistorized AC motor
controllers
• Field supply for DC motors
VRRM 800 to 1800V
IFAV 70 A
Features
• Blocking voltage:800 to 1800V
• Heat transfer through aluminum oxide DBC ceramic isolated metal baseplate
• Glass Passivated chip
• UL recognized applied for file no. E360040
Applications
• Non-controllable Rectifiers for AC/AC converters
• Line Rectifiers for transistorized AC motor controllers
• Field supply for DC motors
VRRM 800 to 1800V
IFAV 165 Amp
Features
• Blocking voltage:800 to 1800V
• Heat transfer through aluminum oxide DBC
ceramic isolated metal baseplate
• Glass Passivated chip
Applications
• Non-controllable Rectifiers for AC/AC
converters
• Line Rectifiers for transistorized AC motor
controllers
• Field supply for DC motors
VRRM 800 to 1800V
IFAV 165 A
Features
• Blocking voltage:800 to 1800V
• Heat transfer through aluminum oxide DBC
ceramic isolated metal baseplate
• Glass Passivated chip
Applications
• Non-controllable Rectifiers for AC/AC
converters
• Line Rectifiers for transistorized AC motor
controllers
• Field supply for DC motors
• PV combiner box
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