Semiconductors Parts begin by 10 Page 27

10341C : Wideband DFB Laser Transmitters
10341C

10341C-E18 : Wideband DFB Laser Transmitters
10341 C-E 18

1035MP : 35 W, 50 V, 1025-1150 MHZ Common Base Transistor
1035 MP

10370A : Wideband DFB Laser Transmitters
10370A

10371A : Wideband DFB Laser Transmitters
10371A

10371QC : Low Power Triple 4-input Multiplexer With Enable
10371 QC

10371QI : Low Power Triple 4-input Multiplexer With Enable
10371 QI

103GD :
103 GD

103HD :
103 HD

103ID :
103 ID

103PA100 : Device = SCR(DCN) ;; Repetitive Peak Off-state Voltage(V) = 1000 ;; Repetitive P
103 PA 100

103PA120 : Device = SCR(DCN) ;; Repetitive Peak Off-state Voltage(V) = 1200 ;; Repetitive P
103 PA 120

103PA140 : Device = SCR(DCN) ;; Repetitive Peak Off-state Voltage(V) = 1400 ;; Repetitive P
103 PA 140

103PA160 : Device = SCR(DCN) ;; Repetitive Peak Off-state Voltage(V) = 1600 ;; Repetitive P
103 PA 160

103S12VFS : Input Voltage = 12 ;; Output Voltage = ..3.3 ;; Output Current = 260mA
103 S 12 VFS

103S24VFS : Input Voltage = 24 ;; Output Voltage = ..3.3 ;; Output Current = 260mA
103 S 24 VFS

103S5VFS : Input Voltage = 5 ;; Output Voltage = ..3.3 ;; Output Current = 260mA
103 S 5 VFS

103SR11A-1 : Solid State Position Sensor
103 SR 11 A-1

103SR11A-2 : Solid State Position Sensor
103 SR 11 A-2

103SR12A-1 : Solid State Position Sensor
103 SR 12 A-1

103SR12A-2 : Solid State Position Sensor
103 SR 12 A-2

103SR13A-1 : Solid State Position Sensor
103 SR 13 A-1

103SR13A-2 : Solid State Position Sensor
103 SR 13 A-2

103SR14A-1 : Solid State Position Sensor
103 SR 14 A-1

103SR14A-2 : Solid State Position Sensor
103 SR 14 A-2

103SR17A-1 : Solid State Position Sensor
103 SR 17 A-1

103SR17A-2 : Solid State Position Sensor
103 SR 17 A-2

103SR18-1 : Solid State Position Sensor
103 SR 18-1

103SR3F-5 : Solid State Position Sensor
103 SR 3 F-5

103XC001 : Vceomin. Volts = 60 ;; Hfemin. = 1K ;; Hfemax. = - ;; @ ic Amps = 1.00 ;; Page N
103 XC 001

103XC002 : Vceomin. Volts = 80 ;; Hfemin. = 1K ;; Hfemax. = - ;; @ ic Amps = 1.00 ;; Page N
103 XC 002

103XC003 : Vceomin. Volts = 100 ;; Hfemin. = 1K ;; Hfemax. = - ;; @ ic Amps = 1.00 ;; Page
103 XC 003

103XC004 : Vceomin. Volts = 120 ;; Hfemin. = 1K ;; Hfemax. = - ;; @ ic Amps = 1.00 ;; Page
103 XC 004

103XC006 : Vceomin. Volts = 60 ;; Hfemin. = 1K ;; Hfemax. = 10K ;; @ ic Amps = 1.00 ;; Page
103 XC 006

103XC007 : Vceomin. Volts = 80 ;; Hfemin. = 1K ;; Hfemax. = 10K ;; @ ic Amps = 1.00 ;; Page
103 XC 007

103XC008 : Vceomin. Volts = 100 ;; Hfemin. = 1K ;; Hfemax. = 10K ;; @ ic Amps = 1.00 ;; Pag
103 XC 008

103XC009 : Vceomin. Volts = 120 ;; Hfemin. = 1K ;; Hfemax. = 10K ;; @ ic Amps = 1.00 ;; Pag
103 XC 009

103XC010 : Vceomin. Volts = 60 ;; Hfemin. = 3K ;; Hfemax. = 20K ;; @ ic Amps = 1.00 ;; Page
103 XC 010

103XC011 : Vceomin. Volts = 80 ;; Hfemin. = 3K ;; Hfemax. = 20K ;; @ ic Amps = 1.00 ;; Page
103 XC 011

103XC012 : Vceomin. Volts = 100 ;; Hfemin. = 3K ;; Hfemax. = 20K ;; @ ic Amps = 1.00 ;; Pag
103 XC 012

103XC013 : Vceomin. Volts = 120 ;; Hfemin. = 3K ;; Hfemax. = 20K ;; @ ic Amps = 1.00 ;; Pag
103 XC 013

103XC014 : Vceomin. Volts = 60 ;; Hfemin. = 10K ;; Hfemax. = - ;; @ ic Amps = 1.00 ;; Page
103 XC 014

103XC015 : Vceomin. Volts = 80 ;; Hfemin. = 10K ;; Hfemax. = - ;; @ ic Amps = 1.00 ;; Page
103 XC 015

103XC016 : Vceomin. Volts = 100 ;; Hfemin. = 10K ;; Hfemax. = - ;; @ ic Amps = 1.00 ;; Page
103 XC 016

103XC017 : Vceomin. Volts = 120 ;; Hfemin. = 10K ;; Hfemax. = - ;; @ ic Amps = 1.00 ;; Page
103 XC 017

103YD :
103 YD

104 : Vcxo-sm100
104

1045 : T-1 Lamps, Visible-infrared
1045

1045-9A : T-1 Lamps, Visible-infrared
1045-9A

10450A : Wideband Photodiode Receivers
10450A

10450B : Wideband Photodiode Receivers
10450B

10455A : Wideband Photodiode Receivers
10455A

10455B : Wideband Photodiode Receivers
10455B

10455B1 : Wideband Photodiode Receivers
10455 B1

10456A : Wideband Photodiode Receivers
10456A

10456B : Wideband Photodiode Receivers
10456B

10456C : Wideband Photodiode Receivers
10456C

10458A : Wideband Photodiode Receivers
10458A

10458B : Wideband Photodiode Receivers
10458B

1048C : In-system Programmable High Density PLD
1048C

1048EA : In-system Programmable High Density PLD
1048 EA

104MT100K : 1000V 3 Phase Bridge in a Int-a-pak Package
104 MT 100K

104MT120K : 1200V 3 Phase Bridge in a Int-a-pak Package
104 MT 120K

104MT140K : 1400V 3 Phase Bridge in a Int-a-pak Package
104 MT 140K

104MT160K : 1600V 3 Phase Bridge in a Int-a-pak Package
104 MT 160K

104MT80K : 800V 3 Phase Bridge in a Int-a-pak Package
104 MT 80K

104MTKB : Mt..kb Series Power Modules Three Phase ac Switch
104 MTKB

10500 : 500 W, 50 V, 1030-1090 MHZ Common Base Transistor
10500

1053S36UR : Input Voltage = 18-72 ;; Output Voltage = .3.3 ;; Output Current = 4500mA ;; Ovp
1053 S 36 UR

10540-3 : Description = 90° / 180° Hybrid Couplers ;; Size LXWXH = 2.2 X 3.75 X 0.
10540-3

10574-3 : Description = 90° / 180° Hybrid Couplers ;; Size LXWXH = 1.9 X 1.37 X 0.
10574-3

10575-3 : Description = 90° / 180° Hybrid Couplers ;; Size LXWXH = 1.9 X 1.37 X 0.
10575-3

10576-3 : Description = 90° / 180° Hybrid Couplers ;; Size LXWXH = 1.9 X 1.37 X 0.
10576-3

10577-3 : Description = 90° / 180° Hybrid Couplers ;; Size LXWXH = 1.9 X 1.37 X 0.
10577-3

105D12HFS : Power (Watts) = 1
105 D 12 HFS

105D12HFS : Input Voltage = 12 ;; Output Voltage = . 5 ;; Output Current = 100mA
105 D 12 HFS

105D12VFI : Input Voltage = 10.8-13.2 ;; Output Voltage = . 5 ;; Output Current = 150mA
105 D 12 VFI

105D12VFS : Input Voltage = 12 ;; Output Voltage = .. 5 ;; Output Current = 100mA
105 D 12 VFS

105D15VFI : Input Voltage = 13.5-16.5 ;; Output Voltage = . 5 ;; Output Current = 150mA
105 D 15 VFI

105D24 :
105 D 24

105D24HFS : Power (Watts) = 1
105 D 24 HFS

105D24HFS : Input Voltage = 24 ;; Output Voltage = . 5 ;; Output Current = 100mA
105 D 24 HFS

105D24VFS : Input Voltage = 24 ;; Output Voltage = .. 5 ;; Output Current = 100mA
105 D 24 VFS

105D48 :
105 D 48

105D5 :
105 D5

105D5HFS : Power (Watts) = 1
105 D 5 HFS

105D5HFS : Input Voltage = .5 ;; Output Voltage = . 5 ;; Output Current = 100mA
105 D 5 HFS

105D5VFI : Input Voltage = 4.5-5.5 ;; Output Voltage = . 5 ;; Output Current = 150mA
105 D 5 VFI

105D5VFS : Input Voltage = .5 ;; Output Voltage = .. 5 ;; Output Current = 100mA
105 D 5 VFS

105DF5S :
105 DF 5S

105S12FR : Input Voltage = 12 ;; Output Voltage = .5 ;; Output Current = 100mA
105 S 12 FR

105S12FS :
105 S 12 FS

105S12HFS : Power (Watts) = 1
105 S 12 HFS

105S12HFS : Input Voltage = 12 ;; Output Voltage = .5 ;; Output Current = 200mA
105 S 12 HFS

105S12VFI : Input Voltage = 10.8-13.2 ;; Output Voltage = .5 ;; Output Current = 300mA
105 S 12 VFI

105S12VFS : Input Voltage = 12 ;; Output Voltage = ..5.0 ;; Output Current = 200mA
105 S 12 VFS

105S15VFI : Input Voltage = 13.5-16.5 ;; Output Voltage = .5 ;; Output Current = 300mA
105 S 15 VFI

105S24HFS : Power (Watts) = 1
105 S 24 HFS

105S24HFS : Input Voltage = 24 ;; Output Voltage = .5 ;; Output Current = 200mA
105 S 24 HFS

105S24VFS : Input Voltage = 24 ;; Output Voltage = ..5.0 ;; Output Current = 200mA
105 S 24 VFS

105S5 :
105 S5

105S5FR : Input Voltage = .5 ;; Output Voltage = .5 ;; Output Current = 100mA
105 S 5 FR

105S5FS :
105 S 5 FS

105S5HFS : Power (Watts) = 1
105 S 5 HFS

105S5HFS : Input Voltage = .5 ;; Output Voltage = .5 ;; Output Current = 200mA
105 S 5 HFS

105S5VFI : Input Voltage = 4.5-5.5 ;; Output Voltage = .5 ;; Output Current = 300mA
105 S 5 VFI

105S5VFS : Input Voltage = 5 ;; Output Voltage = ..5.0 ;; Output Current = 200mA
105 S 5 VFS

105XC001 : Vceomin. Volts = 300 ;; Hfemin. = 10 ;; Hfemax. = - ;; @ ic Amps = 10.00 ;; Page
105 XC 001

105XC002 : Vceomin. Volts = 400 ;; Hfemin. = 10 ;; Hfemax. = - ;; @ ic Amps = 10.00 ;; Page
105 XC 002

105XC003 : Vceomin. Volts = 500 ;; Hfemin. = 10 ;; Hfemax. = - ;; @ ic Amps = 5.00 ;; Page
105 XC 003

105XC004 : Vceomin. Volts = 350 ;; Hfemin. = 10 ;; Hfemax. = - ;; @ ic Amps = 5.00 ;; Page
105 XC 004

105XC005 : Vceomin. Volts = 450 ;; Hfemin. = 10 ;; Hfemax. = - ;; @ ic Amps = 5.00 ;; Page
105 XC 005

10610-10 : Description = Directional Couplers ;; Size LXWXH = 2.0 X 1.25 X 0.43" ;; Packagi
10610-10

10610-20 : Description = Directional Couplers ;; Size LXWXH = 2.0 X 1.25 X 0.43" ;; Packagi
10610-20

10610-6 : Description = Directional Couplers ;; Size LXWXH = 2.0 X 1.25 X 0.43" ;; Packagi
10610-6

10615-10 : Description = Directional Couplers ;; Size LXWXH = 2.5 X 1.0 X 0.37" ;; Packagin
10615-10

10615-20 : Description = Directional Couplers ;; Size LXWXH = 2.5 X 1.0 X 0.37" ;; Packagin
10615-20

10615-30 : Description = Directional Couplers ;; Size LXWXH = 2.5 X 1.0 X 0.37" ;; Packagin
10615-30

10615-6 : Description = Directional Couplers ;; Size LXWXH = 2.5 X 1.0 X 0.37" ;; Packagin
10615-6

10616-10 : Description = Directional Couplers ;; Size LXWXH = 2.44 X 1.25 X 0.43" ;; Packag
10616-10

10616-20 : Description = Directional Couplers ;; Size LXWXH = 2.44 X 1.25 X 0.43" ;; Packag
10616-20

10616-30 : Description = Directional Couplers ;; Size LXWXH = 2.44 X 1.25 X 0.43" ;; Packag
10616-30

10616-6 : Description = Directional Couplers ;; Size LXWXH = 2.44 X 1.25 X 0.43" ;; Packag
10616-6

1063-MBPSGBIC : Gigabit Interface Converters For Optical Data Transfer
1063-MBPSGBIC

1063-MBPSSFF : Small Form Factor Optical Transceivers
1063-MBPSSFF

106N20 : N-channel Enhancement Mode Avalanche Rated, High Dv/dt, Low Trr: 200v, 106a
106 N 20

106XC001 : Vceomin. Volts = 30 ;; Hfemin. = 35 ;; Hfemax. = - ;; @ ic Amps = 2.00 ;; Page N
106 XC 001

106XC002 : Vceomin. Volts = 45 ;; Hfemin. = 35 ;; Hfemax. = - ;; @ ic Amps = 2.00 ;; Page N
106 XC 002

106XC003 : Vceomin. Volts = 60 ;; Hfemin. = 35 ;; Hfemax. = - ;; @ ic Amps = 2.00 ;; Page N
106 XC 003

106XC004 : Vceomin. Volts = 80 ;; Hfemin. = 35 ;; Hfemax. = - ;; @ ic Amps = 2.00 ;; Page N
106 XC 004

106XC005 : Vceomin. Volts = 30 ;; Hfemin. = 60 ;; Hfemax. = - ;; @ ic Amps = 2.00 ;; Page N
106 XC 005

106XC006 : Vceomin. Volts = 45 ;; Hfemin. = 60 ;; Hfemax. = - ;; @ ic Amps = 2.00 ;; Page N
106 XC 006

106XC007 : Vceomin. Volts = 60 ;; Hfemin. = 60 ;; Hfemax. = - ;; @ ic Amps = 2.00 ;; Page N
106 XC 007

106XC008 : Vceomin. Volts = 80 ;; Hfemin. = 60 ;; Hfemax. = - ;; @ ic Amps = 2.00 ;; Page N
106 XC 008

106XC009 : Vceomin. Volts = 30 ;; Hfemin. = 20 ;; Hfemax. = - ;; @ ic Amps = 4.00 ;; Page N
106 XC 009

106XC010 : Vceomin. Volts = 45 ;; Hfemin. = 20 ;; Hfemax. = - ;; @ ic Amps = 4.00 ;; Page N
106 XC 010

106XC011 : Vceomin. Volts = 60 ;; Hfemin. = 20 ;; Hfemax. = - ;; @ ic Amps = 4.00 ;; Page N
106 XC 011

106XC012 : Vceomin. Volts = 80 ;; Hfemin. = 20 ;; Hfemax. = - ;; @ ic Amps = 4.00 ;; Page N
106 XC 012

106XC013 : Vceomin. Volts = 30 ;; Hfemin. = 40 ;; Hfemax. = - ;; @ ic Amps = 4.00 ;; Page N
106 XC 013

106XC014 : Vceomin. Volts = 45 ;; Hfemin. = 40 ;; Hfemax. = - ;; @ ic Amps = 4.00 ;; Page N
106 XC 014

106XC015 : Vceomin. Volts = 60 ;; Hfemin. = 40 ;; Hfemax. = - ;; @ ic Amps = 4.00 ;; Page N
106 XC 015

106XC016 : Vceomin. Volts = 80 ;; Hfemin. = 40 ;; Hfemax. = - ;; @ ic Amps = 4.00 ;; Page N
106 XC 016

1075MP : 75 W, 50 V, 1025-1150 MHZ Common Base Transistor
1075 MP

107XC001 : Vceomin. Volts = 30 ;; Hfemin. = 25 ;; Hfemax. = - ;; @ ic Amps = 0.20 ;; Page N
107 XC 001

107XC002 : Vceomin. Volts = 45 ;; Hfemin. = 25 ;; Hfemax. = - ;; @ ic Amps = 0.20 ;; Page N
107 XC 002

107XC003 : Vceomin. Volts = 60 ;; Hfemin. = 25 ;; Hfemax. = - ;; @ ic Amps = 0.20 ;; Page N
107 XC 003

107XC004 : Vceomin. Volts = 80 ;; Hfemin. = 25 ;; Hfemax. = - ;; @ ic Amps = 0.20 ;; Page N
107 XC 004

107XC005 : Vceomin. Volts = 30 ;; Hfemin. = 40 ;; Hfemax. = 120 ;; @ ic Amps = 0.20 ;; Page
107 XC 005

107XC006 : Vceomin. Volts = 45 ;; Hfemin. = 40 ;; Hfemax. = 120 ;; @ ic Amps = 0.20 ;; Page
107 XC 006

107XC007 : Vceomin. Volts = 60 ;; Hfemin. = 40 ;; Hfemax. = 120 ;; @ ic Amps = 0.20 ;; Page
107 XC 007

107XC008 : Vceomin. Volts = 80 ;; Hfemin. = 40 ;; Hfemax. = 120 ;; @ ic Amps = 0.20 ;; Page
107 XC 008

108024852 : Jtag Communication System
108024852

108246281 : Targetview(tm) Communication System (tcs)
108246281

10860-6 : Description = Directional Couplers ;; Size LXWXH = 2.44 X 1.25 X 0.43" ;; Packag
10860-6

10870-10 : Description = Directional Couplers ;; Size LXWXH = 4.0"1.2 X 0.37" ;; Packaging
10870-10

1088 : T-1 Lamps, Visible-infrared
1088

1088-1 : T-1 Lamps, Visible-infrared
1088-1

1088-19A : T-1 Lamps, Visible-infrared
1088-19A

1088-3 : T-1 Lamps, Visible-infrared
1088-3

1088-9A : T-1 Lamps, Visible-infrared
1088-9A

1089 : T-1 Lamps, Visible-infrared
1089

1089-9 : T-1 Lamps, Visible-infrared
1089-9

10890-3 : Description = ;; Size LXWXH = 1.35 X 0.5 X 0.11" ;; Packaging = Caseless ;; Freq
10890-3

108RLE10 : Device = SCR(DCN) ;; Repetitive Peak Off-state Voltage(V) = 100 ;; Repetitive Pe
108 RLE 10

108RLE20 : Device = SCR(DCN) ;; Repetitive Peak Off-state Voltage(V) = 200 ;; Repetitive Pe
108 RLE 20

108RLE40 : Device = SCR(DCN) ;; Repetitive Peak Off-state Voltage(V) = 400 ;; Repetitive Pe
108 RLE 40

108RP10 : Device = SCR(DCN) ;; Repetitive Peak Off-state Voltage(V) = 100 ;; Repetitive Pe
108 RP 10

108RP20 : Device = SCR(DCN) ;; Repetitive Peak Off-state Voltage(V) = 200 ;; Repetitive Pe
108 RP 20

108RP40 : Device = SCR(DCN) ;; Repetitive Peak Off-state Voltage(V) = 400 ;; Repetitive Pe
108 RP 40

108RP60 : Device = SCR(DCN) ;; Repetitive Peak Off-state Voltage(V) = 600 ;; Repetitive Pe
108 RP 60

108RP80 : Device = SCR(DCN) ;; Repetitive Peak Off-state Voltage(V) = 800 ;; Repetitive Pe
108 RP 80

1090MP : 90 W, 50 V, 1025-1150 MHZ Common Base Transistor
1090 MP

1092GB170-474CTV :
1092 GB 170-474 CTV

10930-10 : Description = Directional Couplers ;; Size LXWXH = 3.7 X 0.67 X 0.37" ;; Packagi
10930-10

10930-20 : Description = Directional Couplers ;; Size LXWXH = 3.7 X 0.67 X 0.37" ;; Packagi
10930-20

10930-30 : Description = Directional Couplers ;; Size LXWXH = 3.7 X 0.67 X 0.37" ;; Packagi
10930-30

10930-6 : Description = Directional Couplers ;; Size LXWXH = 3.7 X 0.67 X 0.37" ;; Packagi
10930-6

109D12HFS : Power (Watts) = 1
109 D 12 HFS

109D12HFS : Input Voltage = 12 ;; Output Voltage = . 9 ;; Output Current = . 56mA
109 D 12 HFS

109D12VFS : Input Voltage = 12 ;; Output Voltage = .. 9 ;; Output Current = .. 56mA
109 D 12 VFS

109D24HFS : Power (Watts) = 1
109 D 24 HFS

109D24HFS : Input Voltage = 24 ;; Output Voltage = . 9 ;; Output Current = . 56mA
109 D 24 HFS

109D24VFS : Input Voltage = 24 ;; Output Voltage = .. 9 ;; Output Current = .. 56mA
109 D 24 VFS

109D5HFS : Power (Watts) = 1
109 D 5 HFS

109D5HFS : Input Voltage = .5 ;; Output Voltage = . 9 ;; Output Current = . 56mA
109 D 5 HFS

109D5VFS : Input Voltage = .5 ;; Output Voltage = .. 9 ;; Output Current = .. 56mA
109 D 5 VFS

109S12HFS : Power (Watts) = 1
109 S 12 HFS

109S12HFS : Input Voltage = 12 ;; Output Voltage = .9 ;; Output Current = 110mA
109 S 12 HFS

109S12VFS : Input Voltage = 12 ;; Output Voltage = ..9.0 ;; Output Current = 110mA
109 S 12 VFS

109S24HFS : Power (Watts) = 1
109 S 24 HFS

109S24HFS : Input Voltage = 24 ;; Output Voltage = .9 ;; Output Current = 110mA
109 S 24 HFS

109S24VFS : Input Voltage = 24 ;; Output Voltage = ..9.0 ;; Output Current = 110mA
109 S 24 VFS

109S5FS :
109 S 5 FS

109S5HFS : Power (Watts) = 1
109 S 5 HFS

109S5HFS : Input Voltage = .5 ;; Output Voltage = .9 ;; Output Current = 110mA
109 S 5 HFS

109S5VFS : Input Voltage = 5 ;; Output Voltage = ..9.0 ;; Output Current = 110mA
109 S 5 VFS

109T : Positive Fixed Linear Voltage Regulators
109T

10A005 : 10.0 Amp Silicon Rectifiers
10 A 005

10A01 : 10A Rectifier
10 A 01

10A01 : Package Type : R-6, if : 10A, VRM : 50V
10 A 01

 
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