| No. |
Part Name |
Description |
Manufacturer |
| 4861 |
CR3500SB |
The CR range of protectors are based on the proven technology of the T10 thyristor product |
Littelfuse |
| 4862 |
CR3500SB |
The CR range of protectors are based on the proven technology of the T10 thyristor product |
Littelfuse |
| 4863 |
CR3500SB |
The CR range of protectors are based on the proven technology of the T10 thyristor product |
Littelfuse |
| 4864 |
CR3500SC |
The CR range of protectors are based on the proven technology of the T10 thyristor product |
Littelfuse |
| 4865 |
CR3500SC |
The CR range of protectors are based on the proven technology of the T10 thyristor product |
Littelfuse |
| 4866 |
CR3500SC |
The CR range of protectors are based on the proven technology of the T10 thyristor product |
Littelfuse |
| 4867 |
CS5165 |
Fast, Precise 5-Bit Synchronous Buck Controller for the Next Generation Low Voltage Pentium II Processors |
Cherry Semiconductor |
| 4868 |
CS5165GDW16 |
Fast/ Precise 5-Bit Synchronous Buck Controller for the Next Generation Low Voltage Pentium II Processors |
Cherry Semiconductor |
| 4869 |
CS5165GDWR16 |
Fast/ Precise 5-Bit Synchronous Buck Controller for the Next Generation Low Voltage Pentium II Processors |
Cherry Semiconductor |
| 4870 |
CS5165H |
Fast, Precise 5-Bit Synchronous Buck Controller for the Next Generation Low Voltage Pentium II Processors |
Cherry Semiconductor |
| 4871 |
CS5165HGDW16 |
Fast/ Precise 5-Bit Synchronous Buck Controller for the Next Generation Low Voltage Pentium II Processors |
Cherry Semiconductor |
| 4872 |
CS5165HGDWR16 |
Fast/ Precise 5-Bit Synchronous Buck Controller for the Next Generation Low Voltage Pentium II Processors |
Cherry Semiconductor |
| 4873 |
CS86 |
The CS86 series of 0.18 mm standard cells is a line of CMOS ASICs based on higher integration implemented |
Fujitsu Microelectronics |
| 4874 |
CXY11 |
Gallium arsenide, Gunn effect, element for the X-Band |
VALVO |
| 4875 |
CXY11A |
Ga As bulk effect devices employing the Gunn Effect to produce C.W. oscillations at microwave frequency |
Mullard |
| 4876 |
CXY11B |
Ga As bulk effect devices employing the Gunn Effect to produce C.W. oscillations at microwave frequency |
Mullard |
| 4877 |
CXY11C |
Ga As bulk effect devices employing the Gunn Effect to produce C.W. oscillations at microwave frequency |
Mullard |
| 4878 |
CXY13 |
Gallium arsenide, Gunn effect, element for the X-Band |
VALVO |
| 4879 |
CXY14 |
Gallium arsenide, Gunn effect, element for the J-Band (Ku-Band) |
VALVO |
| 4880 |
CXY19 |
Ga As bulk effect devices employing the Gunn Effect to produce C.W. oscillations at microwave frequency |
Mullard |
| 4881 |
CXY20 |
Ga As bulk effect devices employing the Gunn Effect to produce C.W. oscillations at microwave frequency |
Mullard |
| 4882 |
CY22K7PVC-1 |
133-MHz Spread Spectrum Clock Generator For Use With the AMD-K7 Processor and AMD-750 Chipset |
Cypress |
| 4883 |
CY3650 |
The Cypress USB Developer?s Kit is a powerful tool that enables customers to develop USB hardware and firmware with emulated Cypress USB ICs |
Cypress |
| 4884 |
CY3651 |
The Cypress USB Developer?s Kit is a powerful tool that enables customers to develop USB hardware and firmware with emulated Cypress USB ICs |
Cypress |
| 4885 |
CY7C006AV |
True Dual-Ported memory cells which allow simultaneous access of the same memory location |
Cypress |
| 4886 |
CY7C006AV-20AC |
True Dual-Ported memory cells which allow simultaneous access of the same memory location |
Cypress |
| 4887 |
CY7C006AV-25AC |
True Dual-Ported memory cells which allow simultaneous access of the same memory location |
Cypress |
| 4888 |
CY7C007AV-20JC |
True Dual-Ported memory cells which allow simultaneous access of the same memory location |
Cypress |
| 4889 |
CY7C007AV-25JC |
True Dual-Ported memory cells which allow simultaneous access of the same memory location |
Cypress |
| 4890 |
CY7C016AV |
True Dual-Ported memory cells which allow simultaneous access of the same memory location |
Cypress |
| | | |
