| No. |
Part Name |
Description |
Manufacturer |
| 721 |
DFM200PXM33-A000 |
Fast Recovery Diode Module Preliminary Information |
Dynex Semiconductor |
| 722 |
DFM300LXS12-A000 |
Fast Recovery Diode Module Preliminary Information |
Dynex Semiconductor |
| 723 |
DFM300LXS18-A000 |
Fast Recovery Diode Module Preliminary Information |
Dynex Semiconductor |
| 724 |
DFM300MXS18-A000 |
Fast Recovery Diode Module Preliminary Information |
Dynex Semiconductor |
| 725 |
DFM600FXM12-A000 |
Fast Recovery Diode Module Preliminary Information |
Dynex Semiconductor |
| 726 |
DFM600FXM18-A000 |
Fast Recovery Diode Module Preliminary Information |
Dynex Semiconductor |
| 727 |
DFM600LXS12-A000 |
Fast Recovery Diode Module Preliminary Information |
Dynex Semiconductor |
| 728 |
DFM600LXS18-A000 |
Fast Recovery Diode Module Preliminary Information |
Dynex Semiconductor |
| 729 |
DFM800NXM33-A000 |
Fast Recovery Diode Module Preliminary Information |
Dynex Semiconductor |
| 730 |
DFM900FXM12-A000 |
Fast Recovery Diode Module Preliminary Information |
Dynex Semiconductor |
| 731 |
DFM900FXM18-A000 |
Fast Recovery Diode Module Preliminary Information |
Dynex Semiconductor |
| 732 |
DIM1200ESM33-A000 |
Single Switch IGBT Module Preliminary Information |
Dynex Semiconductor |
| 733 |
DIM200PHM33-A000 |
Half Bridge IGBT Module Preliminary Information |
Dynex Semiconductor |
| 734 |
DIM400GDM33-A000 |
Dual Switch IGBT Module Preliminary Information |
Dynex Semiconductor |
| 735 |
DIM800DDM12 |
Dual Switch IGBT Module Preliminary Information |
Dynex Semiconductor |
| 736 |
DIM800FSM17-A000 |
Single Switch IGBT Module Preliminary Information |
Dynex Semiconductor |
| 737 |
DIM800NSM33-A000 |
Single Switch IGBT Module Preliminary Information |
Dynex Semiconductor |
| 738 |
DLS8100 |
VDSL Wireline Simulator |
etc |
| 739 |
DM54191MW8 |
Synchronous Up/Down 4-Bit Binary Counter with Mode Control [Preliminary] |
National Semiconductor |
| 740 |
DME150 |
150 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
| 741 |
DME150-2 |
150 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
| 742 |
DME150-3 |
150 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
| 743 |
DME500 |
500 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
| 744 |
DME500-2 |
500 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
| 745 |
DME500-3 |
500 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
| 746 |
DMEG250 |
250 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
| 747 |
DMEG250-2 |
250 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
| 748 |
DMEG250-3 |
250 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
| 749 |
DP83257VF-MPC |
Player & Device Enhanced FDDI Physical Layer Controller [Preliminary] |
National Semiconductor |
| 750 |
DP83266VF-MPC |
MACSI Device (FDDI Media Access Controller and System Interface) [Preliminary] |
National Semiconductor |
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