| No. |
Part Name |
Description |
Manufacturer |
| 1501 |
MR1260 |
650A 50V Silicon power rectifier designed with double-case, multi-cell construction, cathode-to-case |
Motorola |
| 1502 |
MR1260R |
650A 50V Silicon power rectifier designed with double-case, multi-cell construction, anode-to-case |
Motorola |
| 1503 |
MR1261 |
650A 100V Silicon power rectifier designed with double-case, multi-cell construction, cathode-to-case |
Motorola |
| 1504 |
MR1261R |
650A 100V Silicon power rectifier designed with double-case, multi-cell construction, anode-to-case |
Motorola |
| 1505 |
MR1262 |
650A 150V Silicon power rectifier designed with double-case, multi-cell construction, cathode-to-case |
Motorola |
| 1506 |
MR1262R |
650A 150V Silicon power rectifier designed with double-case, multi-cell construction, anode-to-case |
Motorola |
| 1507 |
MR1263 |
650A 200V Silicon power rectifier designed with double-case, multi-cell construction, cathode-to-case |
Motorola |
| 1508 |
MR1263R |
650A 200V Silicon power rectifier designed with double-case, multi-cell construction, anode-to-case |
Motorola |
| 1509 |
MR1265 |
650A 300V Silicon power rectifier designed with double-case, multi-cell construction, cathode-to-case |
Motorola |
| 1510 |
MR1265R |
650A 300V Silicon power rectifier designed with double-case, multi-cell construction, anode-to-case |
Motorola |
| 1511 |
MR1267 |
650A 400V Silicon power rectifier designed with double-case, multi-cell construction, cathode-to-case |
Motorola |
| 1512 |
MR1267R |
650A 400V Silicon power rectifier designed with double-case, multi-cell construction, anode-to-case |
Motorola |
| 1513 |
MR1268 |
650A 500V Silicon power rectifier designed with double-case, multi-cell construction, cathode-to-case |
Motorola |
| 1514 |
MR1268R |
650A 500V Silicon power rectifier designed with double-case, multi-cell construction, anode-to-case |
Motorola |
| 1515 |
MR1269 |
650A 600V Silicon power rectifier designed with double-case, multi-cell construction, cathode-to-case |
Motorola |
| 1516 |
MR1269R |
650A 600V Silicon power rectifier designed with double-case, multi-cell construction, anode-to-case |
Motorola |
| 1517 |
MSP |
Single Inline Package, Molded SIP, 01, 03, 05 Schematics, 6, 8, 9, or 10 Pin 'A' Profile, 6, 8, or 10 Pin 'C' Profile, Highly Stable, Rugged, Molded Case Construction, Automatic Insert Compatible |
Vishay |
| 1518 |
MT8985 |
256 x 256 Channels (8 TDM Streams at 2.048 Mbps) Non-blocking Enhance Digital Switch (EDX) with Constant Delay Mode |
Zarlink Semiconductor |
| 1519 |
MT8986 |
512 x 256 Channels Multiple Rate Digital Switch (MRDX) with constant delay mode |
Zarlink Semiconductor |
| 1520 |
MT89L85 |
256 x 256 Channels (8 TDM Streams at 2.048 Mbps) 3.3 V Non-blocking Enhance Digital Switch (EDX) with Constant Delay Mode |
Zarlink Semiconductor |
| 1521 |
MT89L86 |
512 x 256 Channels 3.3 V Multiple Rate Digital Switch (MRDX) with Constant Delay Mode |
Zarlink Semiconductor |
| 1522 |
NCL30160 |
1.0 A Constant-Current Buck Regulator for Driving High Power LEDs |
ON Semiconductor |
| 1523 |
NCP2830 |
1W Constant Filterless Class-D Audio Amplifier |
ON Semiconductor |
| 1524 |
NCP3065 |
1.5 A Constant Current Buck Boost Inverting Switching Regulator for HB-LEDs |
ON Semiconductor |
| 1525 |
NCP3066 |
1.5 A Constant Current Buck Boost Inverting Switching Regulator for HB-LEDs with Enable |
ON Semiconductor |
| 1526 |
NCS1002 |
Constant Voltage/ Constant Current Secondary-Side Controller |
ON Semiconductor |
| 1527 |
NCS1002A |
Constant Voltage / Constant Current Secondary-Side Controller |
ON Semiconductor |
| 1528 |
NKS. |
Fusible Type Metal Film Resistors, Fusible resistor for constant current designed for overload protection, Flame retardant coating, Defined switch-off behavior |
Vishay |
| 1529 |
NMA....SI |
Fusible Type Metal Film Resistors, Fusible resistor for constant current designed for overload protection, Flame retardant coating, Defined switch-off behavior |
Vishay |
| 1530 |
NMM0207SI |
Fusible Resistor for Constant Current, Designed for Overload Protection, Flame Retardant Coating, Defined Switch-Off Behavior |
Vishay |
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