No. |
Part Name |
Description |
Manufacturer |
1 |
41KD |
Interrupt Holding Register |
Agere Systems |
2 |
422B |
Max voltage:24V; 200mA; data processing data line protector. For data processing equipment, long line transmission systems, control processing computers, building managenent systems |
Protek Devices |
3 |
422E |
Max voltage:24V; 200mA; data processing data line protector. For data processing equipment, long line transmission systems, control processing computers, building managenent systems |
Protek Devices |
4 |
AB-032 |
IC BUILDING BLOCKS FORM COMPLETE |
Burr Brown |
5 |
AB-188 |
BUILDING A 400MHz WIDE-BAND DIFFERENTIAL AMPLIFIER: IT'S A BREEZE WITH THE DIAMOND TRANSISTOR OPA660. |
Burr Brown |
6 |
AB-193 |
THE CURRENT-FEEDBACK OP AMP A HIGH-SPEED BUILDING BLOCK |
Burr Brown |
7 |
AN302 |
THYRISTORS AND TRIACS, AN IMPORTANT PARAMETER - THE HOLDING CURRENT |
SGS Thomson Microelectronics |
8 |
APPLICATION NOTE |
Building Push-Pull, multioctave, VHF power amplifiers |
Motorola |
9 |
APPLICATION NOTE |
The building blocks of an electronic telephone - app note |
SGS-ATES |
10 |
DS912_36 |
Rectifier diode. All purpose high power rectifier diodes, non-controllable rectifiers. Free-wheeling diodes, welding & traction. Vrrm = 3600V, Vrsm = 3700V. |
USHA India LTD |
11 |
DS912_40 |
Rectifier diode. All purpose high power rectifier diodes, non-controllable rectifiers. Free-wheeling diodes, welding & traction. Vrrm = 4000V, Vrsm = 4100V. |
USHA India LTD |
12 |
DS912_44 |
Rectifier diode. All purpose high power rectifier diodes, non-controllable rectifiers. Free-wheeling diodes, welding & traction. Vrrm = 4400V, Vrsm = 4500V. |
USHA India LTD |
13 |
DS912_48 |
Rectifier diode. All purpose high power rectifier diodes, non-controllable rectifiers. Free-wheeling diodes, welding & traction. Vrrm = 4800V, Vrsm = 4900V. |
USHA India LTD |
14 |
DS912_56 |
Rectifier diode. All purpose high power rectifier diodes, non-controllable rectifiers. Free-wheeling diodes, welding & traction. Vrrm = 5600V, Vrsm = 5700V. |
USHA India LTD |
15 |
DUR01-05S05 |
standard building blocks for on-board distributed power |
Power Mate Technology |
16 |
DUR01-05S12 |
standard building blocks for on-board distributed power |
Power Mate Technology |
17 |
DUR01-05S15 |
standard building blocks for on-board distributed power |
Power Mate Technology |
18 |
DUR01-05S33 |
standard building blocks for on-board distributed power |
Power Mate Technology |
19 |
DUR01-12S05 |
standard building blocks for on-board distributed power |
Power Mate Technology |
20 |
DUR01-12S12 |
standard building blocks for on-board distributed power |
Power Mate Technology |
21 |
DUR01-12S15 |
standard building blocks for on-board distributed power |
Power Mate Technology |
22 |
DUR01-12S33 |
standard building blocks for on-board distributed power |
Power Mate Technology |
23 |
DUR01-15S05 |
standard building blocks for on-board distributed power |
Power Mate Technology |
24 |
DUR01-15S12 |
standard building blocks for on-board distributed power |
Power Mate Technology |
25 |
DUR01-15S15 |
standard building blocks for on-board distributed power |
Power Mate Technology |
26 |
DUR01-15S33 |
standard building blocks for on-board distributed power |
Power Mate Technology |
27 |
DUR01-24S05 |
standard building blocks for on-board distributed power |
Power Mate Technology |
28 |
DUR01-24S12 |
standard building blocks for on-board distributed power |
Power Mate Technology |
29 |
DUR01-24S15 |
standard building blocks for on-board distributed power |
Power Mate Technology |
30 |
DUR01-24S33 |
standard building blocks for on-board distributed power |
Power Mate Technology |
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