| No. |
Part Name |
Description |
Manufacturer |
| 1 |
2N5431 |
Silicon annular unijunction transistor characterized primarily for low interbase-voltage operation in sensing, pulse triggering, and timing circuits |
Motorola |
| 2 |
AN-24 |
A Simplified Test Set for Op Amp Characterization |
National Semiconductor |
| 3 |
AN144 |
Audio Xcellence: XDCP Signal Integrity Report (AudioCharacterization Report) |
Xicor |
| 4 |
AN569 |
PHASE MEASUREMENT AND CHARACTERIZATION OF RF MICROWAVE POWER TRANSISTORS |
SGS Thomson Microelectronics |
| 5 |
AN819 |
MOSFET Thermal Characterization in the Application |
Vishay |
| 6 |
MCR729-10 |
Fast-switching, high-voltage silicon controlled rectifiers especially designed and characterized for radar, proximity fuse, beacon and similar pulse applications |
Motorola |
| 7 |
MCR729-5 |
Fast-switching, high-voltage silicon controlled rectifiers especially designed and characterized for radar, proximity fuse, beacon and similar pulse applications |
Motorola |
| 8 |
MCR729-6 |
Fast-switching, high-voltage silicon controlled rectifiers especially designed and characterized for radar, proximity fuse, beacon and similar pulse applications |
Motorola |
| 9 |
MCR729-7 |
Fast-switching, high-voltage silicon controlled rectifiers especially designed and characterized for radar, proximity fuse, beacon and similar pulse applications |
Motorola |
| 10 |
MCR729-8 |
Fast-switching, high-voltage silicon controlled rectifiers especially designed and characterized for radar, proximity fuse, beacon and similar pulse applications |
Motorola |
| 11 |
MCR729-9 |
Fast-switching, high-voltage silicon controlled rectifiers especially designed and characterized for radar, proximity fuse, beacon and similar pulse applications |
Motorola |
| 12 |
TC835 |
TC835CBU 64-Pin PQFP 0 °C to +70 °C TC835CKW 44-Pin PQFP 0 °C to +70 °C The TC835 is a low-power,4-1/2 digit (0.005%resolu- tion),BCD analog-to-digital converter (ADC)that has been characterized for 200 kHz clock rate o |
Microchip |
| 13 |
TYPE 94SVP |
New OS-CON series as results of polymerized organic semiconductor as electrolyte, Features superior heat-proof characteristics compared with previously developed OS-CON series |
Vishay |
| | | |
