| No. |
Part Name |
Description |
Manufacturer |
| 31 |
49221 |
Dual Winding Surface Mount Inductors |
C&D Technologies |
| 32 |
492R2 |
Dual Winding Surface Mount Inductors |
C&D Technologies |
| 33 |
49330 |
Dual Winding Surface Mount Inductors |
C&D Technologies |
| 34 |
493R3 |
Dual Winding Surface Mount Inductors |
C&D Technologies |
| 35 |
49470 |
Dual Winding Surface Mount Inductors |
C&D Technologies |
| 36 |
494R7 |
Dual Winding Surface Mount Inductors |
C&D Technologies |
| 37 |
49680 |
Dual Winding Surface Mount Inductors |
C&D Technologies |
| 38 |
496R8 |
Dual Winding Surface Mount Inductors |
C&D Technologies |
| 39 |
60030 |
Low Profile Bending Beam |
Vishay |
| 40 |
A701 |
A701: Test slide, various cancers plus corresponding normal |
etc |
| 41 |
AB-015 |
EXTENDING THE COMMON-MODE RANGE OF DIFFERENCE AMPLIFIERS |
Burr Brown |
| 42 |
AB-079 |
THE KEY TO UNDERSTANDING SOURCES OF ERROR IN THE ISO100 ISOLATION AMPLIFIER |
Burr Brown |
| 43 |
AB-084 |
ANALOG-TO-DIGITAL CONVERTER GROUNDING PRACTICES EFFECT SYSTEM PERFORMANCE |
Burr Brown |
| 44 |
AB-131 |
UNDERSTANDING THE DDC112+s CONTINUOUS AND NON-CONTINUOUS MODES |
Burr Brown |
| 45 |
AM6071 |
Companding D-to-A Converter for Control System |
Advanced Micro Devices |
| 46 |
AN-459 |
A simple technique for extending OP AMP power bandwidth - Application Note |
Motorola |
| 47 |
AN1001 |
CHOICE OF SERIAL EEPROMS REQUIRES UNDERSTANDING OF BUS DIFFERENCES |
SGS Thomson Microelectronics |
| 48 |
AN1005 |
EXTENDING THE I 2 C BUS -- XI 2 C |
SGS Thomson Microelectronics |
| 49 |
AN1226 |
UNDERSTANDING LDMOS DEVICE FUNDAMENTALS |
SGS Thomson Microelectronics |
| 50 |
AN483 |
MIXED WIRE BONDING TECHNOLOGY FOR AUTOMOTIVE SMART POWER ICs |
SGS Thomson Microelectronics |
| 51 |
AN523 |
UNDERSTANDING POWER FACTOR |
SGS Thomson Microelectronics |
| 52 |
AN6591BFJM |
Sending and receiving PLL single-chip IC for PHS |
Panasonic |
| 53 |
AN824 |
UNDERSTANDING POWER FACTOR |
SGS Thomson Microelectronics |
| 54 |
AN92 |
Understanding the Xicor 3-wire XDCP Interface |
Xicor |
| 55 |
APPNOTESMP9100 |
Understanding the Power Rating of Caddock MP9100 Resistors |
etc |
| 56 |
BM1R00001F |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
| 57 |
BM1R00001F-E2 |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
| 58 |
BM1R00002F |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
| 59 |
BM1R00002F-E2 |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
| 60 |
BM1R00003F |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
| | | |
