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Semiconductors Parts begin by VS Page 1
VS- :
VS-
VS--5 :
VS--5
VS--E :
VS--E
VS-100 :
VS-100
VS-100 : Solid State Switch
VS-100
VS-100M :
VS-100M
VS-100S :
VS-100S
VS-100SM :
VS-100 SM
VS-101-S : Solid State Switch
VS-101-S
VS-12 :
VS-12
VS-12M :
VS-12M
VS-12S :
VS-12S
VS-12SM :
VS-12 SM
VS-14 :
VS-14
VS-14M :
VS-14M
VS-14S :
VS-14S
VS-14SM :
VS-14 SM
VS-18 :
VS-18
VS-18M :
VS-18M
VS-18S :
VS-18S
VS-18SM :
VS-18 SM
VS-20 : Solid State Switch
VS-20
VS-21 : Solid State Switch
VS-21
VS-22 : Solid State Switch
VS-22
VS-23 : Solid State Switch
VS-23
VS-24 :
VS-24
VS-24M :
VS-24M
VS-24S :
VS-24S
VS-24SM :
VS-24 SM
VS-25 : Solid State Switch
VS-25
VS-36 :
VS-36
VS-36M :
VS-36M
VS-36S :
VS-36S
VS-36SM :
VS-36 SM
VS-48 :
VS-48
VS-48M :
VS-48M
VS-48S :
VS-48S
VS-48SM :
VS-48 SM
VS-500 : Frequency Range (MHz) = 155 - 850 ;; Output = LV-PECL, Ecl, or Pecl ;; Package (
VS-500
VS-500-KEF-GNN : Frequency Range (MHz) = 155 - 850 ;; Output = LV-PECL, Ecl, or Pecl ;; Package (
VS-500-KEF-GNN
VS-500-KEF-HNN : Frequency Range (MHz) = 155 - 850 ;; Output = LV-PECL, Ecl, or Pecl ;; Package (
VS-500-KEF-HNN
VS-500-KFF-GNN : Frequency Range (MHz) = 155 - 850 ;; Output = LV-PECL, Ecl, or Pecl ;; Package (
VS-500-KFF-GNN
VS-500-KFF-HNN : Frequency Range (MHz) = 155 - 850 ;; Output = LV-PECL, Ecl, or Pecl ;; Package (
VS-500-KFF-HNN
VS-500-LEF-GNN : Frequency Range (MHz) = 155 - 850 ;; Output = LV-PECL, Ecl, or Pecl ;; Package (
VS-500-LEF-GNN
VS-500-LEF-HNN : Frequency Range (MHz) = 155 - 850 ;; Output = LV-PECL, Ecl, or Pecl ;; Package (
VS-500-LEF-HNN
VS-500-LFF-GNN : Frequency Range (MHz) = 155 - 850 ;; Output = LV-PECL, Ecl, or Pecl ;; Package (
VS-500-LFF-GNN
VS-500-LFF-HNN : Frequency Range (MHz) = 155 - 850 ;; Output = LV-PECL, Ecl, or Pecl ;; Package (
VS-500-LFF-HNN
VS-500A : Frequency Range (MHz) = 155 - 800 ;; Output = Ecl or Pecl ;; Package (mm) = 14 X
VS-500A
VS-550 : Frequency Range (MHz) = 500 - 850 ;; Output = Lvpecl ;; Package (mm) = 14.0 X 9.
VS-550
VS-550 : VS-550 Voltage Controlled Saw Oscillator<<<>>>The VS-550 is a SAW based voltage
VS-550
VS-550 : VS-550 Voltage Controlled Saw Oscillator<<<>>>The VS-550 is a SAW based voltage
VS-550
VS-550-LFF-GNN : Frequency Range (MHz) = 500 - 850 ;; Output = Lvpecl ;; Package (mm) = 14.0 X 9.
VS-550-LFF-GNN
VS-550-LFF-HNN : Frequency Range (MHz) = 500 - 850 ;; Output = Lvpecl ;; Package (mm) = 14.0 X 9.
VS-550-LFF-HNN
VS-60 :
VS-60
VS-60M :
VS-60M
VS-60S :
VS-60S
VS-60SM :
VS-60 SM
VS-700 : Frequency Range (MHz) = 500 - 850 ;; Output = Lv-pecl ;; Package (mm) = 7.5 X 5.
VS-700
VS-700 : VS-700 Voltage Controlled Saw Oscillator<<<>>>The VS-700 is a SAW based voltage
VS-700
VS-700 : VS-700 Voltage Controlled Saw Oscillator<<<>>>The VS-700 is a SAW based voltage
VS-700
VS-700-LFF-GNN : Frequency Range (MHz) = 500 - 850 ;; Output = Lv-pecl ;; Package (mm) = 7.5 X 5.
VS-700-LFF-GNN
VS-700-LFF-HNN : Frequency Range (MHz) = 500 - 850 ;; Output = Lv-pecl ;; Package (mm) = 7.5 X 5.
VS-700-LFF-HNN
VS-720 : VS-720 Voltage Controlled Saw Oscillator<<<>>>he VS-720 is a Voltage Controlled
VS-720
VS-720 : VS-720 Voltage Controlled Saw Oscillator<<<>>>he VS-720 is a Voltage Controlled
VS-720
VS-750 : Voltage Controlled SAW Oscillators - VCSO's<<<>>>The VS-751 is a SAW based volta
VS-750
VS-750 : Voltage Controlled SAW Oscillators - VCSO's<<<>>>The VS-751 is a SAW based volta
VS-750
VS-751 : Voltage Controlled SAW Oscillators - VCSO's<<<>>>The VS-751 is a SAW based volta
VS-751
VS-751 : Voltage Controlled SAW Oscillators - VCSO's<<<>>>The VS-751 is a SAW based volta
VS-751
VS-M :
VS-M
VS-M-NR :
VS-M-NR
VS-MU-NR :
VS-MU-NR
VS-SM :
VS-SM
VS-SMU-NR :
VS-SMU-NR
VS-SU-N :
VS-SU-N
VS-U-N :
VS-U-N
VS048 :
VS 048
VS048X :
VS 048X
VS1048 :
VS 1048
VS10P05 : Stand-off Voltage = 5.0 ;; Clamping Voltage @ Ipp = 24.6 ;; Current Ipp 8/20µs-A
VS 10 P 05
VS10P05C : Stand-off Voltage = 5.0 ;; Clamping Voltage @ Ipp = 24.6 ;; Current Ipp 8/20µs-A
VS 10 P 05C
VS10P05LC : Stand-off Voltage = 5.0 ;; Clamping Voltage @ Ipp = 24.6 ;; Current Ipp 8/20µs-A
VS 10 P 05 LC
VS10P05LCI : Stand-off Voltage = 5.0 ;; Clamping Voltage @ Ipp = 24.6 ;; Current Ipp 8/20µs-A
VS 10 P 05 LCI
VS10P08 : Stand-off Voltage = 8.0 ;; Clamping Voltage @ Ipp = 25.5 ;; Current Ipp 8/20µs-A
VS 10 P 08
VS10P08C : Stand-off Voltage = 8.0 ;; Clamping Voltage @ Ipp = 25.5 ;; Current Ipp 8/20µs-A
VS 10 P 08C
VS10P08LC : Stand-off Voltage = 8.0 ;; Clamping Voltage @ Ipp = 25.5 ;; Current Ipp 8/20µs-A
VS 10 P 08 LC
VS10P08LCI : Stand-off Voltage = 8.0 ;; Clamping Voltage @ Ipp = 25.5 ;; Current Ipp 8/20µs-A
VS 10 P 08 LCI
VS10P12 : Stand-off Voltage = 12.0 ;; Clamping Voltage @ Ipp = 32.9 ;; Current Ipp 8/20µs-
VS 10 P 12
VS10P12C : Stand-off Voltage = 12.0 ;; Clamping Voltage @ Ipp = 32.9 ;; Current Ipp 8/20µs-
VS 10 P 12C
VS10P12LC : Stand-off Voltage = 12.0 ;; Clamping Voltage @ Ipp = 32.9 ;; Current Ipp 8/20µs-
VS 10 P 12 LC
VS10P12LCI : Stand-off Voltage = 12.0 ;; Clamping Voltage @ Ipp = 32.9 ;; Current Ipp 8/20µs-
VS 10 P 12 LCI
VS10P15 : Stand-off Voltage = 15.0 ;; Clamping Voltage @ Ipp = 38.5 ;; Current Ipp 8/20µs-
VS 10 P 15
VS10P15C : Stand-off Voltage = 15.0 ;; Clamping Voltage @ Ipp = 38.5 ;; Current Ipp 8/20µs-
VS 10 P 15C
VS10P15LC : Stand-off Voltage = 15.0 ;; Clamping Voltage @ Ipp = 38.5 ;; Current Ipp 8/20µs-
VS 10 P 15 LC
VS10P15LCI : Stand-off Voltage = 15.0 ;; Clamping Voltage @ Ipp = 38.5 ;; Current Ipp 8/20µs-
VS 10 P 15 LCI
VS10P24 : Stand-off Voltage = 24.0 ;; Clamping Voltage @ Ipp = 48.5 ;; Current Ipp 8/20µs-
VS 10 P 24
VS10P24C : Stand-off Voltage = 24.0 ;; Clamping Voltage @ Ipp = 48.5 ;; Current Ipp 8/20µs-
VS 10 P 24C
VS10P24LC : Stand-off Voltage = 24.0 ;; Clamping Voltage @ Ipp = 48.5 ;; Current Ipp 8/20µs-
VS 10 P 24 LC
VS10P24LCI : Stand-off Voltage = 24.0 ;; Clamping Voltage @ Ipp = 48.5 ;; Current Ipp 8/20µs-
VS 10 P 24 LCI
VS10PxxLC :
VS 10 PxxLC
VS12 :
VS 12
VS148 :
VS 148
VS148X :
VS 148X
VS1664648041D : Config = 8Mx64 ;; Speed Grade = -7/-7L/-8H ;; Refresh = Syn. (4K) ;; Device &
VS 1664648041D
VS1664648041DTGA : 16Mx64
VS 1664648041 DTGA
VS2 : Frequency Range = 1.00 to 100.00 MHZ ;; Frequency Stability = ±30 to &plu
VS2
VS247 :
VS 247
VS248 :
VS 248
VS248X :
VS 248X
VS28F016SV : 16-Mbit (1-Mbit X 16, 2-Mbit X 8) Flashfile Memory
VS 28 F 016 SV
VS3125 : 5V Quad Bus Switch With Individual Active Low Enables
VS 3125
VS3125Q : 5V Quad Bus Switch With Individual Active Low Enables
VS 3125Q
VS32244Q : High Speed CMOS Vswitch Dual 4-bit Bus Switches
VS 32244Q
VS32244QX : High Speed CMOS Vswitch Dual 4-bit Bus Switches
VS 32244 QX
VS32245Q : High Speed CMOS Vswitch 8-bit Bus Switches
VS 32245Q
VS32245QX : High Speed CMOS Vswitch 8-bit Bus Switches
VS 32245 QX
VS32257Q : Quad 2:1 Mux/demux Vswitch
VS 32257Q
VS32345Q : High Speed CMOS Vswitch 8-bit Bus Switches With Active High And Low Enable
VS 32345Q
VS3244 : 5V Dual 4-bit Bus Switch
VS 3244
VS3244Q : 5V Dual 4-bit Bus Switch
VS 3244Q
VS3244QX : 5V Dual 4-bit Bus Switch
VS 3244 QX
VS3245 : 5V Octal Bus Switch
VS 3245
VS3245Q : 5V Octal Bus Switch
VS 3245Q
VS3245QX : 5V Octal Bus Switch
VS 3245 QX
VS3257 : 5V Quad 2:1 Mux/demux Vswitch
VS 3257
VS3257Q : 5V Quad 2:1 Mux/demux Vswitch
VS 3257Q
VS32X245 : 5V 16-Bit Bus Switch
VS 32 X 245
VS3345 : 5V 8 Bit Bus Switches With Active High & Low Enables
VS 3345
VS3345Q : 5V 8 Bit Bus Switches With Active High & Low Enables
VS 3345Q
VS3V125 : 3.3V Quad Bus Switch With Individual Enables
VS 3 V 125
VS3V125Q : 3.3V Quad Bus Switch With Individual Enables
VS 3 V 125Q
VS3V125QX : 3.3V Quad Bus Switch With Individual Enables
VS 3 V 125 QX
VS3V257 : 3.3V Quad 2:1 Mux/demux Voltage Translator
VS 3 V 257
VS4 : Frequency Range = 1.00 to 100.00 MHZ ;; Frequency Stability = ±30 to &plu
VS4
VS447 :
VS 447
VS448 :
VS 448
VS448X :
VS 448X
VS647 :
VS 647
VS648 :
VS 648
VS648X :
VS 648X
VS6502 : Vga Color CMOS Image Sensor Module
VS 6502
VS6502V015/T2 : Vga Color CMOS Image Sensor Module
VS 6502 V 015/T2
VS6502VF : 640x480 (VGA) CMOS Image Sensor
VS 6502 VF
VS6552 : Vga Color CMOS Image Sensor Module
VS 6552
VS6552V015/T2 : Vga Color CMOS Image Sensor Module
VS 6552 V 015/T2
VS6624 : 1.3 Megapixel Mobile Camera Module<<<>>>The VS6624 is an SXGA CMOS color digital
VS 6624
VS6624P0LP : 1.3 Megapixel Mobile Camera Module<<<>>>The VS6624 is an SXGA CMOS color digital
VS 6624 P 0 LP
VS6624Q0KP : 1.3 Megapixel Mobile Camera Module<<<>>>The VS6624 is an SXGA CMOS color digital
VS 6624 Q 0 KP
VS8061 : 2.5 GB Per Second Sonet Multiplexer
VS 8061
VS8062 : 2.5 GB Per Second Sonet Demultiplexer
VS 8062
VS847 :
VS 847
VS848 :
VS 848
VS864648041D : Config = 8Mx64 ;; Speed Grade = -7/-7L/-8H ;; Refresh = Syn. (4K) ;; Device &
VS 864648041D
VS864648041DTGA : 8Mx64
VS 864648041 DTGA
VS9 : Frequency Range = 60.00 to 200.00 MHZ Pecl/lvpecl ;; Frequency Stability = &plus
VS9
VSB--S :
VSB--S
VSB-100 :
VSB-100
VSB-100S :
VSB-100S
VSB-12 :
VSB-12
VSB-12S :
VSB-12S
VSB-14 :
VSB-14
VSB-14S :
VSB-14S
VSB-18 :
VSB-18
VSB-18S :
VSB-18S
VSB-24 :
VSB-24
VSB-24S :
VSB-24S
VSB-36 :
VSB-36
VSB-36S :
VSB-36S
VSB-48 :
VSB-48
VSB-48S :
VSB-48S
VSB-60 :
VSB-60
VSB-60S :
VSB-60S
VSB06P05LCI : Stand-off Voltage = 5.0 ;; Clamping Voltage @ Ipp = 16.5 ;; Current Ipp 8/20µs-A
VSB 06 P 05 LCI
VSB06P12LCI : Stand-off Voltage = 12.0 ;; Clamping Voltage @ Ipp = 22.8 ;; Current Ipp 8/20µs-
VSB 06 P 12 LCI
VSB06P6.5LCI : Stand-off Voltage = 6.5 ;; Clamping Voltage @ Ipp = 15.6 ;; Current Ipp 8/20µs-A
VSB 06 P 6.5 LCI
VSB06PxxLCISeries :
VSB 06 PxxLCISeries
VSB10P05 : Stand-off Voltage = 5.0 ;; Clamping Voltage @ Ipp = 9.5 ;; Current Ipp 8/20µs-Am
VSB 10 P 05
VSB10P05C : Stand-off Voltage = 5.0 ;; Clamping Voltage @ Ipp = 9.5 ;; Current Ipp 8/20µs-Am
VSB 10 P 05C
VSB10P05LC : Stand-off Voltage = 5.0 ;; Clamping Voltage @ Ipp = 9.5 ;; Current Ipp 8/20µs-Am
VSB 10 P 05 LC
VSB10P05LCI : Stand-off Voltage = 5.0 ;; Clamping Voltage @ Ipp = 9.5 ;; Current Ipp 8/20µs-Am
VSB 10 P 05 LCI
VSB10P08 : Stand-off Voltage = 8.0 ;; Clamping Voltage @ Ipp = 13.0 ;; Current Ipp 8/20µs-A
VSB 10 P 08
VSB10P08C : Stand-off Voltage = 8.0 ;; Clamping Voltage @ Ipp = 13.0 ;; Current Ipp 8/20µs-A
VSB 10 P 08C
VSB10P08LC : Stand-off Voltage = 8.0 ;; Clamping Voltage @ Ipp = 20.7 ;; Current Ipp 8/20µs-A
VSB 10 P 08 LC
VSB10P08LCI : Stand-off Voltage = 8.0 ;; Clamping Voltage @ Ipp = 20.7 ;; Current Ipp 8/20µs-A
VSB 10 P 08 LCI
VSB10P12 : Stand-off Voltage = 12.0 ;; Clamping Voltage @ Ipp = 20.7 ;; Current Ipp 8/20µs-
VSB 10 P 12
VSB10P12C : Stand-off Voltage = 12.0 ;; Clamping Voltage @ Ipp = 20.7 ;; Current Ipp 8/20µs-
VSB 10 P 12C
VSB10P12LC : Stand-off Voltage = 12.0 ;; Clamping Voltage @ Ipp = 22.8 ;; Current Ipp 8/20µs-
VSB 10 P 12 LC
VSB10P12LCI : Stand-off Voltage = 12.0 ;; Clamping Voltage @ Ipp = 22.8 ;; Current Ipp 8/20µs-
VSB 10 P 12 LCI
VSB10P15 : Stand-off Voltage = 15.0 ;; Clamping Voltage @ Ipp = 22.8 ;; Current Ipp 8/20µs-
VSB 10 P 15
VSB10P15C : Stand-off Voltage = 15.0 ;; Clamping Voltage @ Ipp = 22.8 ;; Current Ipp 8/20µs-
VSB 10 P 15C
VSB10P15LC : Stand-off Voltage = 15.0 ;; Clamping Voltage @ Ipp = 36.0 ;; Current Ipp 8/20µs-
VSB 10 P 15 LC
VSB10P15LCI : Stand-off Voltage = 15.0 ;; Clamping Voltage @ Ipp = 36.0 ;; Current Ipp 8/20µs-
VSB 10 P 15 LCI
VSB10P24 : Stand-off Voltage = 24.0 ;; Clamping Voltage @ Ipp = 36.0 ;; Current Ipp 8/20µs-
VSB 10 P 24
VSB10P24C : Stand-off Voltage = 24.0 ;; Clamping Voltage @ Ipp = 36.0 ;; Current Ipp 8/20µs-
VSB 10 P 24C
VSB10P24LC : Stand-off Voltage = 24.0 ;; Clamping Voltage @ Ipp = 13.0 ;; Current Ipp 8/20µs-
VSB 10 P 24 LC
VSB10P24LCI : Stand-off Voltage = 24.0 ;; Clamping Voltage @ Ipp = 13.0 ;; Current Ipp 8/20µs-
VSB 10 P 24 LCI
VSB10PxxLC :
VSB 10 PxxLC
VSB12 :
VSB 12
VSB35EW-0701B : Piezoelectric Sound Components
VSB 35 EW-0701B
VSB50EW-0301B : Piezoelectric Sound Components
VSB 50 EW-0301B
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