No. |
Part Name |
Description |
Manufacturer |
1 |
42051-125 |
12V DC; 5A; fixed three terminal negative voltage regulator. Military and Hi Rel industrial applications where hermetically sealed product is required |
Micropac Industries |
2 |
42051-145 |
14V DC; 5A; fixed three terminal negative voltage regulator. Military and Hi Rel industrial applications where hermetically sealed product is required |
Micropac Industries |
3 |
42051-155 |
15V DC; 5A; fixed three terminal negative voltage regulator. Military and Hi Rel industrial applications where hermetically sealed product is required |
Micropac Industries |
4 |
42051-165 |
16V DC; 5A; fixed three terminal negative voltage regulator. Military and Hi Rel industrial applications where hermetically sealed product is required |
Micropac Industries |
5 |
AUIR3240S |
High Side MOSFET Driver for Battery Switch Application where a very Low Quiescent Current is Required |
International Rectifier |
6 |
AUIR3240STR |
High Side MOSFET Driver for Battery Switch Application where a very Low Quiescent Current is Required |
International Rectifier |
7 |
BA157 |
Silicon rectifier, is recommended in high-speed switching circuits |
Mikroelektronikai Vallalat |
8 |
BA158 |
Silicon rectifier, is recommended in high-speed switching circuits |
Mikroelektronikai Vallalat |
9 |
BA159 |
Silicon rectifier, is recommended in high-speed switching circuits |
Mikroelektronikai Vallalat |
10 |
DPM40 |
A compact Low-Cost LED Module ideally suited for applications where a Bright Display Under All Conditions is Required |
etc |
11 |
EB7D |
Dual Readout, Selective Gold Plating, Polarization Between Contact Positions, Polarizing Key is Reinforced Nylon, Protected Entry |
Vishay |
12 |
EB7S |
Single Readout, Selective Gold Plating, Polarization Between Contact Positions, Polarizing Key is Reinforced Nylon, Protected Entry |
Vishay |
13 |
EBT156 |
Single Readout, Dip Solder, Eyelet and Wire Wrap Termination, Modified Tuning Fork Contacts, Polarization On or Between Contact Positions, Polarizing Key is Reinforced Nylon, Protected Entry |
Vishay |
14 |
ECQV |
Designed for application where high density insertion of components is required. |
Panasonic |
15 |
ECQV1103JM |
Designed for application where high density insertion of components is required. |
Panasonic |
16 |
ECQV1104JM |
Designed for application where high density insertion of components is required. |
Panasonic |
17 |
ECQV1123JM |
Designed for application where high density insertion of components is required. |
Panasonic |
18 |
ECQV1124JM |
Designed for application where high density insertion of components is required. |
Panasonic |
19 |
ECQV1153JM |
Designed for application where high density insertion of components is required. |
Panasonic |
20 |
ECQV1154JM |
Designed for application where high density insertion of components is required. |
Panasonic |
21 |
ECQV1183JM |
Designed for application where high density insertion of components is required. |
Panasonic |
22 |
ECQV1184JM |
Designed for application where high density insertion of components is required. |
Panasonic |
23 |
ECQV1223JM |
Designed for application where high density insertion of components is required. |
Panasonic |
24 |
ECQV1224JM |
Designed for application where high density insertion of components is required. |
Panasonic |
25 |
ECQV1273JM |
Designed for application where high density insertion of components is required. |
Panasonic |
26 |
ECQV1274JM |
Designed for application where high density insertion of components is required. |
Panasonic |
27 |
ECQV1333JM |
Designed for application where high density insertion of components is required. |
Panasonic |
28 |
ECQV1334JM |
Designed for application where high density insertion of components is required. |
Panasonic |
29 |
ECQV1393JM |
Designed for application where high density insertion of components is required. |
Panasonic |
30 |
ECQV1394JM |
Designed for application where high density insertion of components is required. |
Panasonic |
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