| No. |
Part Name |
Description |
Manufacturer |
| 1 |
0FLU011.T |
Supplementary Overcurrent Protection |
Littelfuse |
| 2 |
0KLQ005.T |
Supplementary Overcurrent Protection |
Littelfuse |
| 3 |
100322QMQB |
Low power 9- bit buffer. Military grade device with environmental and burn-in processing. |
National Semiconductor |
| 4 |
100328QMQB |
Low power octal ECL/TTL bidirectional translator with latch. Military grade device with environmental and burn-in processing. |
National Semiconductor |
| 5 |
100329DMQB |
Low power octal ECL/TTL bidirectional translator with register. Military grade device with environmental and burn-in processing. |
National Semiconductor |
| 6 |
100329FMQB |
Low power octal ECL/TTL bidirectional translator with register. Military grade device with environmental and burn-in processing. |
National Semiconductor |
| 7 |
100329QMQB |
Low power octal ECL/TTL bidirectional translator with register. Military grade device with environmental and burn-in processing. |
National Semiconductor |
| 8 |
100331DMQB |
Low power triple D flip-flop. Military grade device with environmental and burn-in processing. |
National Semiconductor |
| 9 |
100331FMQB |
Low power triple D flip-flop. Military grade device with environmental and burn-in processing. |
National Semiconductor |
| 10 |
100331QMQB |
Low power triple D flip-flop. Military grade device with environmental and burn-in processing. |
National Semiconductor |
| 11 |
100364DMQB |
Low power 16-input multiplexer. Military grade device with environmental and burn-in processing. |
National Semiconductor |
| 12 |
100364FMQB |
Low power 16-input multiplexer. Military grade device with environmental and burn-in processing. |
National Semiconductor |
| 13 |
100364QMQB |
Low power 16-input multiplexer. Military grade device with environmental and burn-in processing. |
National Semiconductor |
| 14 |
100371QMQB |
Low power triple 4-input multiplexer with enable. Military grade device with environmental and burn-in processing. |
National Semiconductor |
| 15 |
1202 |
1-1/4 inch rectilinear |
Vishay |
| 16 |
1240 |
1/4 inch square |
Vishay |
| 17 |
1260 |
3/8 inch square |
Vishay |
| 18 |
1401 |
Bulk Metal Foil Technology, 3 Pin Transistor Outline Hermetic Resistor Network |
Vishay |
| 19 |
1403 |
Bulk Metal Foil Technology, 4 Pin Transistor Outline Hermetic Resistor Network, Smallest Available Miniature Hermetically-Sealed Network |
Vishay |
| 20 |
1413 |
Bulk Metal Foil Technology, 8 Pin Transistor Outline Hermetic Resistor Network, Ideal for Uncomplicated Networks |
Vishay |
| 21 |
1417 |
Bulk Metal Foil Technology, 8 Pin Transistor Outline Hermetic Resistor Network, Alternative Layout to Model 1413 |
Vishay |
| 22 |
1419 |
Bulk Metal Foil Technology, 10 Pin Transistor Outline Hermetic Resistor Network, Largest R Capacity of the Smaller TO Series |
Vishay |
| 23 |
1421 |
Bulk Metal Foil Technology, 12 Pin Transistor Outline Hermetic Resistor Network, Suitable for Ladder Networks, Ideal when Power Dissipation is a Consideration |
Vishay |
| 24 |
1422 |
Bulk Metal Foil Technology, 16 Pin Transistor Outline Hermetic Resistor Network, Suitable for Ladder Networks, Ideal when Power Dissipation is a Consideration |
Vishay |
| 25 |
1442 |
Bulk Metal Foil Technology, Dual-In-Line Hermetic Resistor Networks |
Vishay |
| 26 |
1457 |
Bulk Metal Foil Technology, 18 Pin Dual-In-Line Hermetic Resistor Network |
Vishay |
| 27 |
1460 |
Bulk Metal Foil Technology, 20 Pin Dual-In-Line Hermetic Resistor Network |
Vishay |
| 28 |
1461 |
Bulk Metal Foil Technology, Single-In-Line Hermetic Resistor Networks |
Vishay |
| 29 |
1476 |
Flat Pack |
Vishay |
| 30 |
21050 |
21050 PCI-to-PCI Bridge Hardware Implementation Application Note |
Intel |
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