|
Semiconductors Parts begin by 10 Page 26
100FXH13 : Diode ( Speed Rectifier Applications )
100 FXH 13
100G10 :
100 G 10
100G10F :
100 G 10F
100G15 :
100 G 15
100G15F :
100 G 15F
100G20 :
100 G 20
100G20F :
100 G 20F
100G30 :
100 G 30
100G30F :
100 G 30F
100G40 :
100 G 40
100G40F :
100 G 40F
100G8 :
100 G8
100G8F :
100 G 8F
100GXHH22 : Diode ( High Speed Rectifier Applications )
100 GXHH 22
100GXHH23 : Fast Recovery Rectifier 4500v
100 GXHH 23
100JB05L : MB & JB Series Single Phase Bridge Power Modules
100 JB 05L
100JB10L : MB & JB Series Single Phase Bridge Power Modules
100 JB 10L
100JB12L : MB & JB Series Single Phase Bridge Power Modules
100 JB 12L
100JB14L : MB & JB Series Single Phase Bridge Power Modules
100 JB 14L
100JB16L : MB & JB Series Single Phase Bridge Power Modules
100 JB 16L
100JB1L : MB & JB Series Single Phase Bridge Power Modules
100 JB 1L
100JB2L : MB & JB Series Single Phase Bridge Power Modules
100 JB 2L
100JB4L : MB & JB Series Single Phase Bridge Power Modules
100 JB 4L
100JB6L : MB & JB Series Single Phase Bridge Power Modules
100 JB 6L
100JB8L : MB & JB Series Single Phase Bridge Power Modules
100 JB 8L
100LVEL11 : 100LVEL11 - 3.3V Ecl 1:2 Differential Fanout Buffer
100 LVEL 11
100LVEL11M : 100LVEL11 - 3.3V Ecl 1:2 Differential Fanout Buffer
100 LVEL 11M
100LVEL11M8 : 100LVEL11 - 3.3V Ecl 1:2 Differential Fanout Buffer
100 LVEL 11 M8
100LVEL16 : 100LVEL16 - 3.3V Ecl Differential Receiver
100 LVEL 16
100LVEL16M : 100LVEL16 - 3.3V Ecl Differential Receiver
100 LVEL 16M
100LVEL16M8 : 100LVEL16 - 3.3V Ecl Differential Receiver
100 LVEL 16 M8
100LVELT22 : 100LVELT22 - 3.3V Dual Lvttl/lvcmos to Differential Lvpecl Translator
100 LVELT 22
100LVELT22M : 100LVELT22 - 3.3V Dual Lvttl/lvcmos to Differential Lvpecl Translator
100 LVELT 22M
100LVELT22M8 : 100LVELT22 - 3.3V Dual Lvttl/lvcmos to Differential Lvpecl Translator
100 LVELT 22 M8
100MAB180 : Device = DIODE(DCN) ;; Ripetitive Peak Reverse Voltage(V) = 1800 ;; Average Rect
100 MAB 180
100MAB200 : Device = DIODE(DCN) ;; Ripetitive Peak Reverse Voltage(V) = 2000 ;; Average Rect
100 MAB 200
100MAB250 : Device = DIODE(DCN) ;; Ripetitive Peak Reverse Voltage(V) = 2500 ;; Average Rect
100 MAB 250
100MS : Monolithic 16-Bit Digital-to-analog Converters
100 MS
100MT160PA : 1600V 3 Phase Bridge in a MTP Package With Flat Pins
100 MT 160 PA
100MT160PB : 1600V 3 Phase Bridge in a MTP Package With Round Pins
100 MT 160 PB
100XC001 : Vceomin. Volts = 200 ;; Hfemin. = 20 ;; Hfemax. = - ;; @ ic Amps = 0.05 ;; Page
100 XC 001
100XC002 : Vceomin. Volts = 300 ;; Hfemin. = 20 ;; Hfemax. = - ;; @ ic Amps = 0.05 ;; Page
100 XC 002
100XC003 : Vceomin. Volts = 400 ;; Hfemin. = 20 ;; Hfemax. = - ;; @ ic Amps = 0.05 ;; Page
100 XC 003
100XC004 : Vceomin. Volts = 200 ;; Hfemin. = 20 ;; Hfemax. = 80 ;; @ ic Amps = 0.05 ;; Page
100 XC 004
100XC005 : Vceomin. Volts = 300 ;; Hfemin. = 20 ;; Hfemax. = 80 ;; @ ic Amps = 0.05 ;; Page
100 XC 005
100XC006 : Vceomin. Volts = 400 ;; Hfemin. = 20 ;; Hfemax. = 80 ;; @ ic Amps = 0.05 ;; Page
100 XC 006
100XC007 : Vceomin. Volts = 200 ;; Hfemin. = 30 ;; Hfemax. = 120 ;; @ ic Amps = 0.05 ;; Pag
100 XC 007
100XC008 : Vceomin. Volts = 300 ;; Hfemin. = 30 ;; Hfemax. = 120 ;; @ ic Amps = 0.05 ;; Pag
100 XC 008
100XC009 : Vceomin. Volts = 400 ;; Hfemin. = 30 ;; Hfemax. = 120 ;; @ ic Amps = 0.05 ;; Pag
100 XC 009
100XC010 : Vceomin. Volts = 200 ;; Hfemin. = 40 ;; Hfemax. = 160 ;; @ ic Amps = 0.05 ;; Pag
100 XC 010
100XC011 : Vceomin. Volts = 300 ;; Hfemin. = 40 ;; Hfemax. = 160 ;; @ ic Amps = 0.05 ;; Pag
100 XC 011
100XC012 : Vceomin. Volts = 400 ;; Hfemin. = 40 ;; Hfemax. = 160 ;; @ ic Amps = 0.05 ;; Pag
100 XC 012
100XC013 : Vceomin. Volts = 250 ;; Hfemin. = 20 ;; Hfemax. = - ;; @ ic Amps = 0.05 ;; Page
100 XC 013
100XC014 : Vceomin. Volts = 350 ;; Hfemin. = 20 ;; Hfemax. = - ;; @ ic Amps = 0.05 ;; Page
100 XC 014
100XC015 : Vceomin. Volts = 250 ;; Hfemin. = 20 ;; Hfemax. = 80 ;; @ ic Amps = 0.05 ;; Page
100 XC 015
100XC016 : Vceomin. Volts = 350 ;; Hfemin. = 20 ;; Hfemax. = 80 ;; @ ic Amps = 0.05 ;; Page
100 XC 016
100XC017 : Vceomin. Volts = 250 ;; Hfemin. = 30 ;; Hfemax. = 120 ;; @ ic Amps = 0.05 ;; Pag
100 XC 017
100XC018 : Vceomin. Volts = 350 ;; Hfemin. = 30 ;; Hfemax. = 120 ;; @ ic Amps = 0.05 ;; Pag
100 XC 018
100XC019 : Vceomin. Volts = 250 ;; Hfemin. = 40 ;; Hfemax. = 160 ;; @ ic Amps = 0.05 ;; Pag
100 XC 019
100XC020 : Vceomin. Volts = 350 ;; Hfemin. = 40 ;; Hfemax. = 160 ;; @ ic Amps = 0.05 ;; Pag
100 XC 020
101 : 1 W, 28 V, 500-1200 MHZ Common Base Transistor
101
101 : Vcxo-sm100
101
101-0937-003 : Clear
101-0937-003
101-0971-003 : Red
101-0971-003
101-0972-003 : Green
101-0972-003
101-0973-003 : Amber
101-0973-003
101-0975-003 : White
101-0975-003
101-3830-09-203 : 1.35-28 Volts
101-3830-09-203
101-8430-09-203 : 1.35-28 Volts
101-8430-09-203
10108X : Multiple Purpose Intelligent Relay Driver
10108X
1011LD110 : 32V, 110W Ldmos, N-chnl Pulsed RF MOSFET
1011 LD 110
1011LD200 : 32V, 200W Ldmos, N-chnl Pulsed RF MOSFET
1011 LD 200
1011LD300 : 32V, 300W Ldmos, N-chnl Pulsed RF MOSFET
1011 LD 300
1012D12FPW :
1012 D 12 FPW
1012D12HN : Power (Watts) = 8 to 10
1012 D 12 HN
1012D12HN : Input Voltage = .9-18 ;; Output Voltage = 12 ;; Output Current = . 416mA ;; Ovp
1012 D 12 HN
1012D12WFR :
1012 D 12 WFR
1012D24FPW :
1012 D 24 FPW
1012D24HN : Power (Watts) = 8 to 10
1012 D 24 HN
1012D24HN : Input Voltage = .9-36 ;; Output Voltage = 12 ;; Output Current = . 310mA ;; Ovp
1012 D 24 HN
1012D24WFR :
1012 D 24 WFR
1012D48FPW :
1012 D 48 FPW
1012D48HN : Power (Watts) = 8 to 10
1012 D 48 HN
1012D48HN : Input Voltage = 18-75 ;; Output Voltage = 12 ;; Output Current = . 416mA ;; Ovp
1012 D 48 HN
1012D48WFR :
1012 D 48 WFR
1012S12FPW :
1012 S 12 FPW
1012S12HN : Power (Watts) = 8 to 10
1012 S 12 HN
1012S12HN : Input Voltage = .9-18 ;; Output Voltage = 12.0 ;; Output Current = .883mA ;; Ovp
1012 S 12 HN
1012S12WFR :
1012 S 12 WFR
1012S24FPW :
1012 S 24 FPW
1012S24HN : Power (Watts) = 8 to 10
1012 S 24 HN
1012S24HN : Input Voltage = .9-36 ;; Output Voltage = 12.0 ;; Output Current = .625mA ;; Ovp
1012 S 24 HN
1012S24WFR :
1012 S 24 WFR
1012S48FPW :
1012 S 48 FPW
1012S48HN : Power (Watts) = 8 to 10
1012 S 48 HN
1012S48HN : Input Voltage = 18-75 ;; Output Voltage = 12.0 ;; Output Current = .833mA ;; Ovp
1012 S 48 HN
1012S48WFR :
1012 S 48 WFR
1013GB122-2D :
1013 GB 122-2D
1013GB173-2D :
1013 GB 173-2D
1014-12 : 12 W, 28 V, 1000-1400 MHZ Common Base Transistor
1014-12
1014-2 : 2 W, 28 V, 1000-1400 MHZ Common Base Transistor
1014-2
10149 :
10149
1015D12FPW :
1015 D 12 FPW
1015D12HN : Power (Watts) = 8 to 10
1015 D 12 HN
1015D12HN : Input Voltage = .9-18 ;; Output Voltage = 15 ;; Output Current = . 333mA ;; Ovp
1015 D 12 HN
1015D12WFR :
1015 D 12 WFR
1015D24FPW :
1015 D 24 FPW
1015D24HN : Power (Watts) = 8 to 10
1015 D 24 HN
1015D24HN : Input Voltage = .9-36 ;; Output Voltage = 15 ;; Output Current = . 250mA ;; Ovp
1015 D 24 HN
1015D24WFR :
1015 D 24 WFR
1015D48FPW :
1015 D 48 FPW
1015D48HN : Power (Watts) = 8 to 10
1015 D 48 HN
1015D48HN : Input Voltage = 18-75 ;; Output Voltage = 15 ;; Output Current = . 333mA ;; Ovp
1015 D 48 HN
1015D48WFR :
1015 D 48 WFR
1015MP : 15 W, 50 V, 1025-1150 MHZ Common Base Transistor
1015 MP
1015S12FPW :
1015 S 12 FPW
1015S12HN : Power (Watts) = 8 to 10
1015 S 12 HN
1015S12HN : Input Voltage = .9-18 ;; Output Voltage = 15.0 ;; Output Current = .667mA ;; Ovp
1015 S 12 HN
1015S12WFR :
1015 S 12 WFR
1015S24FPW :
1015 S 24 FPW
1015S24HN : Power (Watts) = 8 to 10
1015 S 24 HN
1015S24HN : Input Voltage = .9-36 ;; Output Voltage = 15.0 ;; Output Current = .500mA ;; Ovp
1015 S 24 HN
1015S24WFR :
1015 S 24 WFR
1015S48FPW :
1015 S 48 FPW
1015S48HN : Power (Watts) = 8 to 10
1015 S 48 HN
1015S48HN : Input Voltage = 18-75 ;; Output Voltage = 15.0 ;; Output Current = .667mA ;; Ovp
1015 S 48 HN
1015S48WFR :
1015 S 48 WFR
1019AM :
1019 AM
101A : 1 W, 28 V, 500-1200 MHZ Common Base Transistor
101A
101XC001 : Vceomin. Volts = 250 ;; Hfemin. = 5 ;; Hfemax. = - ;; @ ic Amps = 60.00 ;; Page
101 XC 001
101XC002 : Vceomin. Volts = 350 ;; Hfemin. = 5 ;; Hfemax. = - ;; @ ic Amps = 50.00 ;; Page
101 XC 002
101XC003 : Vceomin. Volts = 450 ;; Hfemin. = 5 ;; Hfemax. = - ;; @ ic Amps = 40.00 ;; Page
101 XC 003
101XC004 : Vceomin. Volts = 550 ;; Hfemin. = 5 ;; Hfemax. = - ;; @ ic Amps = 25.00 ;; Page
101 XC 004
102 : Vcxo-sm100
102
1020AM :
1020 AM
1020ARP :
1020 ARP
1020BRP :
1020 BRP
10230-3 : Description = ;; Size LXWXH = 1.75 X 1.75 X 0.11" ;; Packaging = Caseless ;; Fre
10230-3
1024-60LH/883 : In-system Programmable High Density PLD
1024-60 LH/883
1024EA : In-system Programmable High Density PLD
1024 EA
10260-3 : Description = ;; Size LXWXH = 1.25 X 1.25 X 0.11" ;; Packaging = Caseless ;; Fre
10260-3
10261-3 : Description = ;; Size LXWXH = 1.46 X 1.75 X 0.11" ;; Packaging = Caseless ;; Fre
10261-3
10262-3 : Description = ;; Size LXWXH = 1.43 X 1.5 X 0.11" ;; Packaging = Caseless ;; Freq
10262-3
10263-3 : Description = ;; Size LXWXH = 1.25 X 1.25 X 0.11" ;; Packaging = Caseless ;; Fre
10263-3
10264-3 : Description = ;; Size LXWXH = 1.0 X 0.87 X 0.11" ;; Packaging = Caseless ;; Freq
10264-3
10265-3 : Description = ;; Size LXWXH = 0.81 X 0.81 X 0.12" ;; Packaging = Caseless ;; Fre
10265-3
10266-3 : Description = 90° / 180° Hybrid Couplers ;; Size LXWXH = 1.2 X 0.4 X 0.1
10266-3
10270-3 : Description = ;; Size LXWXH = 1.95 X 2.4 X 0.11" ;; Packaging = Caseless ;; Freq
10270-3
10280-3 : Description = ;; Size LXWXH = 1.46 X 1.75 X 0.11" ;; Packaging = Caseless ;; Fre
10280-3
103 : Vcxo-sm100
103
103-0531-403 : Red
103-0531-403
103-0532-403 : Green
103-0532-403
103-0533-403 : Amber
103-0533-403
103-0535-403 : White
103-0535-403
103-0537-403 : Clear
103-0537-403
103-0901-05-103 : Uses S-6 CANdelabra Screw Base Lamp
103-0901-05-103
103-1 : Lens-end Lamps
103-1
103-1231-403 : Red
103-1231-403
103-1232-403 : Green
103-1232-403
103-1233-403 : Amber
103-1233-403
103-1235-403 : White
103-1235-403
103-1237-403 : Clear
103-1237-403
103-1331-403 : Red
103-1331-403
103-1332-403 : Green
103-1332-403
103-1333-403 : Amber
103-1333-403
103-1335-403 : White
103-1335-403
103-1337-403 : Clear
103-1337-403
103-3101-05-103 : Uses S-6 CANdelabra Screw Base Lamp
103-3101-05-103
103-3114-05-103 : Neon, Screw Terminals
103-3114-05-103
103-3502-05-103 : Uses S-6 Double Contact Bayonet Base Lamp
103-3502-05-103
10300-3 : Description = 90° / 180° Hybrid Couplers ;; Size LXWXH = 2.0 X 1.25 X 0.
10300-3
10310-3 : Description = 90° / 180° Hybrid Couplers ;; Size LXWXH = 2.0 X 1.45 X 0.
10310-3
1032-60LG/883 : High-density Programmable Logic
1032-60 LG/883
1032-60LJ : High-density Programmable Logic
1032-60 LJ
1032-60LJI : High-density Programmable Logic
1032-60 LJI
1032-60LT : High-density Programmable Logic
1032-60 LT
1032-60LTI : High-density Programmable Logic
1032-60 LTI
1032-80LJ : High-density Programmable Logic
1032-80 LJ
1032-80LT : High-density Programmable Logic
1032-80 LT
1032-90LJ : High-density Programmable Logic
1032-90 LJ
1032-90LT : High-density Programmable Logic
1032-90 LT
10320-3 : Description = 90° / 180° Hybrid Couplers ;; Size LXWXH = 0.81 X 0.81 X 0
10320-3
1032E : High-density Programmable Logic
1032E
1032E-100LJ : High-density Programmable Logic
1032 E-100 LJ
1032E-100LT : High-density Programmable Logic
1032 E-100 LT
1032E-125LJ : High-density Programmable Logic
1032 E-125 LJ
1032E-125LT : High-density Programmable Logic
1032 E-125 LT
1032E-70LJ : High-density Programmable Logic
1032 E-70 LJ
1032E-70LJI : High-density Programmable Logic
1032 E-70 LJI
1032E-70LT : High-density Programmable Logic
1032 E-70 LT
1032E-70LTI : High-density Programmable Logic
1032 E-70 LTI
1032E-80LJ : High-density Programmable Logic
1032 E-80 LJ
1032E-80LT : High-density Programmable Logic
1032 E-80 LT
1032E-90LJ : High-density Programmable Logic
1032 E-90 LJ
1032E-90LT : High-density Programmable Logic
1032 E-90 LT
1032EA : High-density Programmable Logic
1032 EA
10330-3 : Description = ;; Size LXWXH = 0.81 X 0.81 X 0.11" ;; Packaging = Caseless ;; Fre
10330-3
10340A : Wideband DFB Laser Transmitters
10340A
10341A : Wideband DFB Laser Transmitters
10341A
10341B : Wideband DFB Laser Transmitters
10341B
|
