Datasheets
Documents
Document Name | Size | Published | Modified | |
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RF01011 M15KP Rev E Datasheet | 628.85 kB | 02/02/2017 | 02/02/2017 | |
RF01021 Datasheet
MSMBJSAC5.0 – MSMBJSAC75e3 series
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436 kB | 08/16/2013 | 08/16/2013 | |
RF01055 Datasheet
The SFDS1045Le3 is a single Schottky rectifier assembled in a thin flexible package. The device is designed specifically for use as a photovoltaic bypass diode for solar panels. Its low 0.81 mm (0.032 inch) height allows it to be assembled under the glass of the panel, if desired. Customized configurations are available for high volume applications.
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195.01 kB | 11/12/2012 | 11/12/2012 | |
RF01104 Datasheet
Datasheet for UPP1001e3, UPP1002e3, and UPP1004e3 series
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853.15 kB | 03/08/2013 | 03/08/2013 | |
RF01105 Datasheet
Datasheet for UPP9401e3
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192.97 kB | 01/11/2013 | 01/11/2013 | |
RF01117 Datasheet
1N5334 - 1N5388B (DO-201AE package) Datasheet
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318.68 kB | 09/24/2013 | 09/24/2013 | |
RF01128 Datasheet In Microsemi’s Powermite 1 SMT Package, these high efficiency Schottky rectifiers offer power handling capabilities previously found only in much larger packages. They are ideal for SMD applications that operate at high frequencies. In addition to its size advantages, Powermite package features include a full metallic bottom that eliminates the possibility of solder flux entrapment during assembly, and a unique locking tab acts as an integral heat sink. Its innovative design makes this device ideal for use with automatic insertion equipment. |
336.93 kB | 04/25/2013 | 04/25/2013 | |
RF01129 Datasheet Single schottky rectifier assembled in Powermite 1 package which features a full metallic bottom that eliminates the possibility of solder flux entrapment during assembly. The package also incorporates a unique locking tab which acts as an efficient heat path from the die to the mounting plane for external heat sinking with very low thermal resistance junction to case (bottom). This product is suitable for use in switching and regulating power supplies and also charge pump circuits. |
499.08 kB | 05/09/2013 | 05/10/2013 | |
RF01136 Datasheet MAD1103e3 datasheet |
142.14 kB | 11/30/-1 | 10/30/2013 | |
RF01137 Datasheet
MAD1108e3 datasheet
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153.66 kB | 10/30/2013 | 10/30/2013 | |
RF01138 Datasheet
MAD1109e3 datasheet
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142.61 kB | 10/30/2013 | 10/30/2013 | |
RT130KP Datasheet | 274.14 kB | 11/30/-1 | 09/15/2015 | |
RT65KP Datasheet Datasheet: MRT130KP275CV, MRT130KP275CA, MRT130KP295CV, and MRT130KP295CA; e3 |
239.15 kB | 11/30/-1 | 09/15/2015 | |
S175-50 Datasheet | 831.82 kB | 11/30/-1 | 11/30/-1 | |
S200-50REVA Datasheet | 604.42 kB | 11/30/-1 | 11/30/-1 | |
SA3-13 Datasheet | 99.88 kB | 11/30/-1 | 11/30/-1 | |
SA3-15 Datasheet | 100.31 kB | 11/30/-1 | 11/30/-1 | |
SA3-17 Datasheet | 90.38 kB | 11/30/-1 | 11/30/-1 | |
SA3-19 Datasheet
These small surface mount TVS devices feature the ability to clamp dangerous high voltage short-term transients such as produced by directed or radiated electrostatic discharge phenomena before entering sensitive component regions of a circuit design. They are small economical transient voltage suppressors targeted primarily for short-term transients below a few microseconds while still achieving significant peak-pulse-power capability as illustrated in Figure #1.
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210.57 kB | 11/30/-1 | 11/30/-1 | |
SA3-21 Datasheet
These surface mount Transient Voltage Suppressor (TVS) devices feature the ability to clamp dangerous high voltage short-term transients such as produced by direct or radiated electro-static discharge phenomena before entering sensitive component regions of a circuit design. They are small economical TVSs targeted primarily for short term transients below a few microseconds while still achieving significant peak-pulse-power capability as seen in Figure 1.
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161.82 kB | 11/30/-1 | 11/30/-1 |