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 VISAY
  |     Semiconductor parts containing 140 
      in root number. Page 27. |  |  |  
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 VITES
 
 
| Part | Description |  | VSC7140 | 1.0625 Gb/s Fibre Channel Dual Repeater / Hub Node |  | VSC7140QJ | 1.0625 Gb/s fibre channel. Dual repeater/hub node. 3.3V power supply |  | VSC8140 | 2.48832Gb/s 16:1 SONET/SDH Transceiver with Integrated Clock Generator |  | VSC8140QR | 2.48832 Gb/s 16:1 SONET/SDH transceiver with integrated clock generator |  | VSC8140TW | 2.48832 Gb/s 16:1 SONET/SDH transceiver with integrated clock generator |  VMI
 
 
| Part | Description |  | 1402 | 200 V single phase bridge 12 A forward current, 3000 ns recovery time |  | 1402F | 200 V single phase bridge 12 A forward current, 150 ns recovery time |  | 1402UF | 200 V single phase bridge 12 A forward current, 70 ns recovery time |  | 1404 | Standard Recovery Bridge Rectifier |  | 1404F | 12A Iout, 400V Vrrm Single Phase High Speed Bridge Rectifier |  | 1404UF | 12A Iout, 400V Vrrm Single Phase High Speed Bridge Rectifier |  | 1406 | 600 V single phase bridge 12 A forward current, 3000 ns recovery time |  | 1406F | 600 V single phase bridge 12 A forward current, 150 ns recovery time |  | 1406UF | 600 V single phase bridge 12 A forward current, 70 ns recovery time |  | 1408 | Standard Recovery Bridge Rectifier |  | 1408F | 12A Iout, 800V Vrrm Single Phase High Speed Bridge Rectifier |  | 1408UF | 12A Iout, 800V Vrrm Single Phase High Speed Bridge Rectifier |  | 1N6140 | 8.2V Vbr, 118A Ipp bidirectional transient voltage suppressor |  | 1N6140A | 8.2V Vbr, 124A Ipp bidirectional transient voltage suppressor |  | LTI1402 | 200 V single phase bridge 20-25 A forward current, 3000 ns recovery time |  | LTI1402F | 200 V single phase bridge 20-25 A forward current, 150 ns recovery time |  | LTI1402FT | 200 V single phase bridge 20-25 A forward current, 150 ns recovery time |  | LTI1402T | 200 V single phase bridge 20-25 A forward current, 3000 ns recovery time |  | LTI1402UF | 200 V single phase bridge 20-25 A forward current, 70 ns recovery time |  | LTI1402UFT | 200 V single phase bridge 20-25 A forward current, 70 ns recovery time |  | LTI1406 | 600 V single phase bridge 20-25 A forward current, 3000 ns recovery time |  | LTI1406F | 600 V single phase bridge 20-25 A forward current, 150 ns recovery time |  | LTI1406FT | 600 V single phase bridge 20-25 A forward current, 150 ns recovery time |  | LTI1406T | 600 V single phase bridge 20-25 A forward current, 3000 ns recovery time |  | LTI1406UF | 600 V single phase bridge 20-25 A forward current, 70 ns recovery time |  | LTI1406UFT | 600 V single phase bridge 20-25 A forward current, 70 ns recovery time |  VTRON
 
 Winbond Electronics
 
 
| Part | Description |  | WE9140 | TONE/PULSE SWITCHABLE DIALER WITH REDIAL |  | WE9140A | Tone/pulse switchable dialer with redial |  | WE9140B | Tone/pulse switchable dialer with redial |  | WE9140G | Tone/pulse switchable dialer with redial |  | WE9140J | Tone/pulse switchable dialer with redial |  | WE9140U | Tone/pulse switchable dialer with redial |  | WMS7140010P | NONVOLATILE DIGITAL POTENTIOMETERS WITH UP/DOWN (3-WIRE) INTERFACE, 10KOHM, 50KOHM, 100KOHM RESISTANCE 16 TAPS WITH OPTIONAL OUTPUT BUFFER |  | WMS7140050M | NONVOLATILE DIGITAL POTENTIOMETERS WITH UP/DOWN (3-WIRE) INTERFACE, 10KOHM, 50KOHM, 100KOHM RESISTANCE 16 TAPS WITH OPTIONAL OUTPUT BUFFER |  | WMS7140100S | NONVOLATILE DIGITAL POTENTIOMETERS WITH UP/DOWN (3-WIRE) INTERFACE, 10KOHM, 50KOHM, 100KOHM RESISTANCE 16 TAPS WITH OPTIONAL OUTPUT BUFFER |  | WMS7140 | NONVOLATILE DIGITAL POTENTIOMETERS WITH UP/DOWN (3-WIRE) INTERFACE, 10KOHM, 50KOHM, 100KOHM RESISTANCE 16 TAPS WITH OPTIONAL OUTPUT BUFFER |  WHITE
 
 
| Part | Description |  | EDI414096C | + 5V (+/-10%),4M x 1 dynamic RAM CMOS, monolithic |  | EDI414096C | + 5V (+/-10%),4M x 1 dynamic RAM CMOS, monolithic |  | EDI414096C | + 5V (+/-10%),4M x 1 dynamic RAM CMOS, monolithic |  | WE128K32N-140G1UC | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G1UCA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G1UI | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G1UIA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G1UM | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G1UMA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G1UQ | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G1UQA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G2TC | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G2TCA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G2TI | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G2TIA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G2TM | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G2TMA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G2TQ | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G2TQA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G4C | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G4CA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G4I | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G4IA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G4M | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G4MA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G4Q | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140G4QA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140H1C | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140H1CA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140H1I | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140H1IA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140H1M | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140H1MA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140H1Q | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32N-140H1QA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G1UC | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G1UCA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G1UI | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G1UIA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G1UM | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G1UMA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G1UQ | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G1UQA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G2TC | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G2TCA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G2TI | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G2TIA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G2TM | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G2TMA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G2TQ | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G2TQA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G4C | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G4CA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G4I | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G4IA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G4M | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G4MA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G4Q | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140G4QA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140H1C | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140H1CA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140H1I | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140H1IA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140H1M | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140H1MA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140H1Q | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE128K32P-140H1QA | Access time:140 ns; 128K x 32 EEPROM module, SMD 5962-94585 |  | WE512K16-140G4C | Access time:140 ns; 5V power supply; 512K x 16 CMOS EEPROM module |  | WE512K16-140G4CA | Access time:140 ns; 5V power supply; 512K x 16 CMOS EEPROM module |  | WE512K16-140G4I | Access time:140 ns; 5V power supply; 512K x 16 CMOS EEPROM module |  | WE512K16-140G4IA | Access time:140 ns; 5V power supply; 512K x 16 CMOS EEPROM module |  | WE512K16-140G4M | Access time:140 ns; 5V power supply; 512K x 16 CMOS EEPROM module |  | WE512K16-140G4MA | Access time:140 ns; 5V power supply; 512K x 16 CMOS EEPROM module |  | WE512K16-140G4Q | Access time:140 ns; 5V power supply; 512K x 16 CMOS EEPROM module |  | WE512K16-140G4QA | Access time:140 ns; 5V power supply; 512K x 16 CMOS EEPROM module |  | WME128K8-140CC | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140CCA | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140CI | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140CIA | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140CM | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140CMA | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140CQ | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140CQA | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140DEC | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140DECA | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140DEI | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140DEIA | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140DEM | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140DEMA | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140DEQ | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  | WME128K8-140DEQA | 140ns; 5.5V power supply; 128K x 8 CMOS monolithic EEPROM, SMD 5962-96796 |  Wing Shing Electronic Co.
 
 
| Part | Description |  | 2SD1402 | NPN tripple diffused planar silicon transistor. Color TV horizontal output applications(no damper diode) |  | 2SD1403 | NPN silicin diffused power transistor. Horizontal deflection circuites of color TV |  | 2SD1407 | PNP epitaxial silicin transistor. Power amplifier vertical deflection output |  | 2SD1409 | Silicin NPN darlington transistor. General purpose amplifier, switching and motor control applications |  | TIP140 | NPN epitaxial silicon darlington transistor. High DC current gain. Collector-base voltage 60V. Collector-emitter voltage 60V. Emitter-base voltage 5V |  Watkins-Johnson (WJ) Company
 
 WSTCD
 
 
| Part | Description |  | N1400CH02 | 200V V[drm] Max., 3545A I[T] Max. Silicon Controlled Rectifier |  | N1400CH04 | 400V V[drm] Max., 3545A I[T] Max. Silicon Controlled Rectifier |  | N1400CH06 | 600V V[drm] Max., 3545A I[T] Max. Silicon Controlled Rectifier |  | N1400CH08 | 800V V[drm] Max., 3545A I[T] Max. Silicon Controlled Rectifier |  | N1400CH10 | 1.0kV V[drm] Max., 3545A I[T] Max. Silicon Controlled Rectifier |  | N1400CH12 | 1.2kV V[drm] Max., 3545A I[T] Max. Silicon Controlled Rectifier |  | N1400CH14 | 1.4kV V[drm] Max., 3545A I[T] Max. Silicon Controlled Rectifier |  | N1400CH16 | 1.6kV V[drm] Max., 3545A I[T] Max. Silicon Controlled Rectifier |  | N1400CH18 | 1.8kV V[drm] Max., 3545A I[T] Max. Silicon Controlled Rectifier |  | N1400CH20 | 2.0kV V[drm] Max., 3545A I[T] Max. Silicon Controlled Rectifier |  | P140CH02CL0 | 200V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH02CM0 | 200V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH02CN0 | 200V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH02DL0 | 200V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH02DM0 | 200V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH02DN0 | 200V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH02EL0 | 200V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH02EM0 | 200V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH02EN0 | 200V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH02FL0 | 200V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH02FM0 | 200V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH02FN0 | 200V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH04CL0 | 400V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH04CM0 | 400V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH04CN0 | 400V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH04DL0 | 400V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH04DM0 | 400V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH04DN0 | 400V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH04EL0 | 400V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH04EM0 | 400V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH04EN0 | 400V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH04FL0 | 400V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH04FM0 | 400V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH04FN0 | 400V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH05CL0 | 500V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH05CM0 | 500V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH05CN0 | 500V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH05DL0 | 500V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH05DM0 | 500V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH05DN0 | 500V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH05EL0 | 500V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH05EM0 | 500V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH05EN0 | 500V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH05FL0 | 500V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH05FM0 | 500V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | P140CH05FN0 | 500V V[drm] Max., 354A I[T] Max. Silicon Controlled Rectifier |  | WG14012 | Gate Turn Off Thyristors (GTOs) |  | WG14012F | Gate Turn Off Thyristors (GTOs) |  | WG14012FR | Gate Turn Off Thyristors (GTOs) |  | WG14012R | Gate Turn Off Thyristors (GTOs) |  | WG14016 | Gate Turn Off Thyristors (GTOs) |  | WG14016F | Gate Turn Off Thyristors (GTOs) |  | WG14016FR | Gate Turn Off Thyristors (GTOs) |  | WG14016R | Gate Turn Off Thyristors (GTOs) |  | WG14020 | Gate Turn Off Thyristors (GTOs) |  | WG14020F | Gate Turn Off Thyristors (GTOs) |  | WG14020FR | Gate Turn Off Thyristors (GTOs) |  | WG14020R | Gate Turn Off Thyristors (GTOs) |  | WG14025 | Gate Turn Off Thyristors (GTOs) |  | WG14025F | Gate Turn Off Thyristors (GTOs) |  | WG14025FR | Gate Turn Off Thyristors (GTOs) |  | WG14025R | Gate Turn Off Thyristors (GTOs) |  WTE
 
 
| Part | Description |  | SB140 | Reverse voltage: 40.00V; 1.0A schottky barrier rectifier |  | SB140-T3 | Reverse voltage: 40.00V; 1.0A schottky barrier rectifier |  | SB140-TB | Reverse voltage: 40.00V; 1.0A schottky barrier rectifier |  | SR140 | Reverse voltage: 40.00V; 1.0A schottky barrier rectifier |  | SR140-T3 | Reverse voltage: 40.00V; 1.0A schottky barrier rectifier |  | SR140-TB | Reverse voltage: 40.00V; 1.0A schottky barrier rectifier |  WTREN
 
 
| Part | Description |  | WT7513-N140WT | The WT7513 provides protection circuits, power good output (PGO) |  | WT7515-N140WT | The WT7515 provides protection circuits, power good output (PGO) |  | WT7515-S140WT | The WT7515 provides protection circuits, power good output (PGO) |  XECOM
 
 
| Part | Description |  | XE1401 | Multi-national 14,400 BPS embeddable modem. Canada, Japan, USA. |  | XE1401B | Multi-national 14,400 BPS embeddable modem. UK. |  | XE1401F | Multi-national 14,400 BPS embeddable modem. France. |  | XE1401G | Multi-national 14,400 BPS embeddable modem. Germany. |  | XE1401I | Multi-national 14,400 BPS embeddable modem. Italy. |  Xilinx Inc.
 
 
| Part | Description |  | 5962-9951401NXB | QPro Series Configuration PROMs (XQ) including Radiation-Hardened Series (XQR) |  | 5962-9951401QYA | QPro Series Configuration PROMs (XQ) including Radiation-Hardened Series (XQR) |  | XA3S1400A | XA Spartan-3A Automotive FPGA Family Data Sheet |  | XC4VFX140 | Virtex-4??? Family / newest generation FPGA |  YAMCH
 
 Z-Communications, Inc.
 
 
| Part | Description |  | CRO1400A | VOLTAGE CONTROLLED OSCILLATOR |  | PCA1401A | LOW COST - HIGH PERFORMANCE PHASE LOCKED LOOP |  | SFS1401A-LF | Fixed Frequency Synthesizer Surface Mount Module |  | SMV0140B_10 | Voltage-Controlled Oscillator Surface Mount Module |  | SMV0140B | VOLTAGE CONTROLLED OSCILLATOR |  | SMV1400A | LOW COST - HIGH PERFORMANCE VOLTAGE CONTROLLED OSCILLATOR |  | V140MC10 | 104-176 MHz VCO (Voltage Controlled Oscillator) |  | V140MC10-LF_10 | Voltage-Controlled Oscillator Surface Mount Module |  | V140MC10-LF | Voltage-Controlled Oscillator Surface Mount Module |  Zetex Semiconductors
 
 ZILOG
 
 
| Part | Description |  | Z861405PSC | 5 MHz keyboard controller (KBC) NMOSZ8 8-bit MCU. 4 Kbytes of ROM |  | Z861405VSC | 5 MHz keyboard controller (KBC) NMOSZ8 8-bit MCU. 4 Kbytes of ROM |  | Z86K1405FSC | 5 MHz, CMOSZ8 8-bit MCU Keyboard controller. 3 Kbytes of ROM, 188 bytes of RAM |  | Z86K1405PSC | 5 MHz, CMOSZ8 8-bit MCU Keyboard controller. 3 Kbytes of ROM, 188 bytes of RAM |  | Z86K1405VSC | 5 MHz, CMOSZ8 8-bit MCU Keyboard controller. 3 Kbytes of ROM, 188 bytes of RAM |  ZOWIE Technology
 
 
| Part | Description |  | SB140 | 40 V, 1 A schottky barrier rectifier |  Zarlink Semiconductor
 
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