Semiconductors Parts begin by P6 Page 18

P6LU-1212ZH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-1212 ZH 52

P6LU-1215Z : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-1215Z

P6LU-1215ZH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-1215 ZH 40

P6LU-1215ZH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-1215 ZH 52

P6LU-2405E : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 LU-2405E

P6LU-2405EH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 LU-2405 EH 40

P6LU-2405EH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 LU-2405 EH 52

P6LU-2405Z : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-2405Z

P6LU-2405ZH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-2405 ZH 40

P6LU-2405ZH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-2405 ZH 52

P6LU-2412E : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 LU-2412E

P6LU-2412EH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 LU-2412 EH 40

P6LU-2412EH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 LU-2412 EH 52

P6LU-2412Z : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-2412Z

P6LU-2412ZH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-2412 ZH 40

P6LU-2412ZH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-2412 ZH 52

P6LU-2415E : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 LU-2415E

P6LU-2415EH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 LU-2415 EH 40

P6LU-2415EH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 LU-2415 EH 52

P6LU-243R3ZH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-243 R 3 ZH 40

P6LU-247R2Z : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-247 R 2Z

P6LU-247R2ZH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 LU-247 R 2 ZH 52

P6MG-0503E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-0503E

P6MG-0505E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-0505E

P6MG-0509E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-0509E

P6MG-0512E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-0512E

P6MG-053R3E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-053 R 3E

P6MG-054R8E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-054 R 8E

P6MG-1203E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-1203E

P6MG-1205E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-1205E

P6MG-1209E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-1209E

P6MG-1212E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-1212E

P6MG-123R3E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-123 R 3E

P6MG-124R8E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-124 R 8E

P6MG-2403E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-2403E

P6MG-2405E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-2405E

P6MG-2409E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-2409E

P6MG-2412E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-2412E

P6MG-243R3E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-243 R 3E

P6MG-244R8E : Power/w = 1,0 ;; Input/vdc =  5/12/24 ;; Output/vdc = 3/3,3/4,85/5/9/12Regu
P 6 MG-244 R 8E

P6MG0503ZS : Power/w = 0,6- 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = Dualsplit 3/3,3/4,85/5 R
P 6 MG 0503 ZS

P6MG0505ZS : Power/w = 0,6- 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = Dualsplit 3/3,3/4,85/5 R
P 6 MG 0505 ZS

P6MG053R3ZS : Power/w = 0,6- 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = Dualsplit 3/3,3/4,85/5 R
P 6 MG 053 R 3 ZS

P6MG054R8ZS : Power/w = 0,6- 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = Dualsplit 3/3,3/4,85/5 R
P 6 MG 054 R 8 ZS

P6MG1203ZS : Power/w = 0,6- 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = Dualsplit 3/3,3/4,85/5 R
P 6 MG 1203 ZS

P6MG1205ZS : Power/w = 0,6- 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = Dualsplit 3/3,3/4,85/5 R
P 6 MG 1205 ZS

P6MG123R3ZS : Power/w = 0,6- 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = Dualsplit 3/3,3/4,85/5 R
P 6 MG 123 R 3 ZS

P6MG124R8ZS : Power/w = 0,6- 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = Dualsplit 3/3,3/4,85/5 R
P 6 MG 124 R 8 ZS

P6MG2403ZS : Power/w = 0,6- 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = Dualsplit 3/3,3/4,85/5 R
P 6 MG 2403 ZS

P6MG2405ZS : Power/w = 0,6- 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = Dualsplit 3/3,3/4,85/5 R
P 6 MG 2405 ZS

P6MG243R3ZS : Power/w = 0,6- 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = Dualsplit 3/3,3/4,85/5 R
P 6 MG 243 R 3 ZS

P6MG244R8ZS : Power/w = 0,6- 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = Dualsplit 3/3,3/4,85/5 R
P 6 MG 244 R 8 ZS

P6MU-0505E : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-0505E

P6MU-0505EH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-0505 EH 40

P6MU-0505EH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-0505 EH 52

P6MU-0505Z : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-0505Z

P6MU-0505ZH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-0505 ZH 40

P6MU-0505ZH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-0505 ZH 52

P6MU-0512E : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-0512E

P6MU-0512EH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-0512 EH 40

P6MU-0512EH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-0512 EH 52

P6MU-053R3Z : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-053 R 3Z

P6MU-053R3ZH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-053 R 3 ZH 40

P6MU-053R3ZH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-053 R 3 ZH 52

P6MU-1205E : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-1205E

P6MU-1205EH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-1205 EH 40

P6MU-1205EH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-1205 EH 52

P6MU-1205Z : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-1205Z

P6MU-1205ZH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-1205 ZH 40

P6MU-1205ZH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-1205 ZH 52

P6MU-1212E : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-1212E

P6MU-1212EH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-1212 EH 40

P6MU-1212EH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-1212 EH 52

P6MU-1212Z : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-1212Z

P6MU-1212ZH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-1212 ZH 40

P6MU-1212ZH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-1212 ZH 52

P6MU-2405E : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-2405E

P6MU-2405EH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-2405 EH 40

P6MU-2405EH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-2405 EH 52

P6MU-2405Z : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-2405Z

P6MU-2405ZH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-2405 ZH 40

P6MU-2405ZH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-2405 ZH 52

P6MU-2412E : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-2412E

P6MU-2412EH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-2412 EH 40

P6MU-2412EH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-2412 EH 52

P6MU-2412Z : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-2412Z

P6MU-2412ZH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-2412 ZH 40

P6MU-2412ZH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-2412 ZH 52

P6MU-2415E : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-2415E

P6MU-2415EH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-2415 EH 40

P6MU-2415EH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = 3,3/5/7,2/12/15/18 ;; ISOlati
P 6 MU-2415 EH 52

P6MU-247R2Z : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-247 R 2Z

P6MU-247R2ZH40 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-247 R 2 ZH 40

P6MU-247R2ZH52 : Power/w = 1 ;; Input/vdc = 5/12/24 ;; Output/vdc = +/-3,3/5/7,2/12/15/18 ;; ISOl
P 6 MU-247 R 2 ZH 52

P6SMB :
P 6 SMB

P6SMB : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB

P6SMB10 : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 10

P6SMB10 : Pakage = SMB/DO-214AA ;; Devices Marking Code= KNJ ;; Nominal Voltage(V) =
P 6 SMB 10

P6SMB100 : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 100

P6SMB100 : Pakage = SMB/DO-214AA ;; Devices Marking Code= MWJ ;; Nominal Voltage(V) =
P 6 SMB 100

P6SMB100A : High Power Transient Suppressor
P 6 SMB 100A

P6SMB100A : Zener Transient Voltage Suppressors
P 6 SMB 100A

P6SMB100A :
P 6 SMB 100A

P6SMB100A :
P 6 SMB 100A

P6SMB100A : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 100A

P6SMB100A : Pakage = SMB/DO-214AA ;; Devices Marking Code= MXJ ;; Nominal Voltage(V) =
P 6 SMB 100A

P6SMB100A : 100 V, 600 Watt, Uni-directional Glass Passivated Junction Transient Voltage Sup
P 6 SMB 100A

P6SMB100AT3 : High Power Transient Suppressor
P 6 SMB 100 AT3

P6SMB100AT3 : Zener SMB Transient Voltage Suppressor 600W 100V TR, Package: Smb, Pins=2
P 6 SMB 100 AT3

P6SMB100C : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 100C

P6SMB100C : Pakage = SMB/DO-214AA ;; Devices Marking Code= MWJ ;; Nominal Voltage(V) =
P 6 SMB 100C

P6SMB100CA : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 100 CA

P6SMB100CA : Pakage = SMB/DO-214AA ;; Devices Marking Code= MXJ ;; Nominal Voltage(V) =
P 6 SMB 100 CA

P6SMB100CA : 100 V, 600 Watt, Bi-directional Glass Passivated Junction Transient Voltage Supp
P 6 SMB 100 CA

P6SMB10A : High Power Transient Suppressor
P 6 SMB 10A

P6SMB10A : Zener Transient Voltage Suppressors
P 6 SMB 10A

P6SMB10A :
P 6 SMB 10A

P6SMB10A :
P 6 SMB 10A

P6SMB10A : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 10A

P6SMB10A : Pakage = SMB/DO-214AA ;; Devices Marking Code= KPJ ;; Nominal Voltage(V) =
P 6 SMB 10A

P6SMB10A :
P 6 SMB 10A

P6SMB10AT3 : High Power Transient Suppressor
P 6 SMB 10 AT3

P6SMB10AT3 : Zener SMB Transient Voltage Suppressor 600W 10V TR, Package: Smb, Pins=2
P 6 SMB 10 AT3

P6SMB10C : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 10C

P6SMB10C : Pakage = SMB/DO-214AA ;; Devices Marking Code= KNJ ;; Nominal Voltage(V) =
P 6 SMB 10C

P6SMB10CA : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 10 CA

P6SMB10CA : Pakage = SMB/DO-214AA ;; Devices Marking Code= KPJ ;; Nominal Voltage(V) =
P 6 SMB 10 CA

P6SMB10CA :
P 6 SMB 10 CA

P6SMB11 : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 11

P6SMB11 : Pakage = SMB/DO-214AA ;; Devices Marking Code= KQJ ;; Nominal Voltage(V) =
P 6 SMB 11

P6SMB110 : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 110

P6SMB110 : Pakage = SMB/DO-214AA ;; Devices Marking Code= MYJ ;; Nominal Voltage(V) =
P 6 SMB 110

P6SMB110A : High Power Transient Suppressor
P 6 SMB 110A

P6SMB110A : Zener Transient Voltage Suppressors
P 6 SMB 110A

P6SMB110A :
P 6 SMB 110A

P6SMB110A :
P 6 SMB 110A

P6SMB110A : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 110A

P6SMB110A : Pakage = SMB/DO-214AA ;; Devices Marking Code= MZJ ;; Nominal Voltage(V) =
P 6 SMB 110A

P6SMB110A : 110 V, 600 Watt, Uni-directional Glass Passivated Junction Transient Voltage Sup
P 6 SMB 110A

P6SMB110AT3 : High Power Transient Suppressor
P 6 SMB 110 AT3

P6SMB110AT3 : Zener SMB Transient Voltage Suppressor 600W 110V TR, Package: Smb, Pins=2
P 6 SMB 110 AT3

P6SMB110C : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 110C

P6SMB110C : Pakage = SMB/DO-214AA ;; Devices Marking Code= MYJ ;; Nominal Voltage(V) =
P 6 SMB 110C

P6SMB110CA : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 110 CA

P6SMB110CA : Pakage = SMB/DO-214AA ;; Devices Marking Code= MZJ ;; Nominal Voltage(V) =
P 6 SMB 110 CA

P6SMB110CA : 110 V, 600 Watt, Bi-directional Glass Passivated Junction Transient Voltage Supp
P 6 SMB 110 CA

P6SMB11A : High Power Transient Suppressor
P 6 SMB 11A

P6SMB11A : Zener Transient Voltage Suppressors
P 6 SMB 11A

P6SMB11A :
P 6 SMB 11A

P6SMB11A :
P 6 SMB 11A

P6SMB11A : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 11A

P6SMB11A : Pakage = SMB/DO-214AA ;; Devices Marking Code= KRJ ;; Nominal Voltage(V) =
P 6 SMB 11A

P6SMB11A :
P 6 SMB 11A

P6SMB11AT3 : High Power Transient Suppressor
P 6 SMB 11 AT3

P6SMB11AT3 : Zener SMB Transient Voltage Suppressor 600W 11V TR, Package: Smb, Pins=2
P 6 SMB 11 AT3

P6SMB11C : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 11C

P6SMB11C : Pakage = SMB/DO-214AA ;; Devices Marking Code= KQJ ;; Nominal Voltage(V) =
P 6 SMB 11C

P6SMB11CA : Zener Transient Voltage Suppressorts
P 6 SMB 11 CA

P6SMB11CA : Zener Transient Voltage Suppressors
P 6 SMB 11 CA

P6SMB11CA : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 11 CA

P6SMB11CA : Pakage = SMB/DO-214AA ;; Devices Marking Code= KRJ ;; Nominal Voltage(V) =
P 6 SMB 11 CA

P6SMB11CA :
P 6 SMB 11 CA

P6SMB11CAT3 : Zener Transient Voltage Suppressorts
P 6 SMB 11 CAT3

P6SMB11CAT3 : Zener SMB Transient Voltage Suppressor Clipper 600W 11V, Package: Smb, Pins=2
P 6 SMB 11 CAT3

P6SMB12 : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 12

P6SMB12 : Pakage = SMB/DO-214AA ;; Devices Marking Code= KSJ ;; Nominal Voltage(V) =
P 6 SMB 12

P6SMB120 : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 120

P6SMB120 : Pakage = SMB/DO-214AA ;; Devices Marking Code= NDJ ;; Nominal Voltage(V) =
P 6 SMB 120

P6SMB120A : High Power Transient Suppressor
P 6 SMB 120A

P6SMB120A : Zener Transient Voltage Suppressors
P 6 SMB 120A

P6SMB120A :
P 6 SMB 120A

P6SMB120A :
P 6 SMB 120A

P6SMB120A : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 120A

P6SMB120A : Pakage = SMB/DO-214AA ;; Devices Marking Code= Nej ;; Nominal Voltage(V) =
P 6 SMB 120A

P6SMB120A : 120 V, 600 Watt, Uni-directional Glass Passivated Junction Transient Voltage Sup
P 6 SMB 120A

P6SMB120AT3 : High Power Transient Suppressor
P 6 SMB 120 AT3

P6SMB120AT3 : Zener SMB Transient Voltage Suppressor 600W 120V TR, Package: Smb, Pins=2
P 6 SMB 120 AT3

P6SMB120C : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 120C

P6SMB120C : Pakage = SMB/DO-214AA ;; Devices Marking Code= NDJ ;; Nominal Voltage(V) =
P 6 SMB 120C

P6SMB120CA : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 120 CA

P6SMB120CA : Pakage = SMB/DO-214AA ;; Devices Marking Code= Nej ;; Nominal Voltage(V) =
P 6 SMB 120 CA

P6SMB120CA : 120 V, 600 Watt, Bi-directional Glass Passivated Junction Transient Voltage Supp
P 6 SMB 120 CA

P6SMB12A : High Power Transient Suppressor
P 6 SMB 12A

P6SMB12A : Zener Transient Voltage Suppressors
P 6 SMB 12A

P6SMB12A :
P 6 SMB 12A

P6SMB12A :
P 6 SMB 12A

P6SMB12A : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 12A

P6SMB12A : Pakage = SMB/DO-214AA ;; Devices Marking Code= KTJ ;; Nominal Voltage(V) =
P 6 SMB 12A

P6SMB12A :
P 6 SMB 12A

P6SMB12AT3 : High Power Transient Suppressor
P 6 SMB 12 AT3

P6SMB12AT3 : Zener SMB Transient Voltage Suppressor 600W 12V TR, Package: Smb, Pins=2
P 6 SMB 12 AT3

P6SMB12C : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 12C

P6SMB12C : Pakage = SMB/DO-214AA ;; Devices Marking Code= KSJ ;; Nominal Voltage(V) =
P 6 SMB 12C

P6SMB12CA : High Power Bidirectional
P 6 SMB 12 CA

P6SMB12CA : Zener Transient Voltage Suppressors
P 6 SMB 12 CA

P6SMB12CA : Pot (W) = 600 ;; VBR(V) = 6V8 250
P 6 SMB 12 CA

P6SMB12CA : Pakage = SMB/DO-214AA ;; Devices Marking Code= KTJ ;; Nominal Voltage(V) =
P 6 SMB 12 CA

P6SMB12CA :
P 6 SMB 12 CA

P6SMB12CAT3 : High Power Bidirectional
P 6 SMB 12 CAT3

P6SMB12CAT3 : Zener SMB Transient Voltage Suppressor Clipper 600W 12V, Package: Smb, Pins=2
P 6 SMB 12 CAT3

 
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