| Manufacturer | Part # | Datasheet | Description |

Amphenol Corporation
|
RJMG163218101NR |
405Kb/4P |
SINGLE PORT RJmog CONNECTOR SHIELD, WITH R&C TERMINATION 10/100 |

AAEON Technology
|
CMB-A9DP2 |
361Kb/2P |
High Performance Server Board with Dual Intel R Xeon Tm Processors |

Amphenol Corporation
|
RJMG16 |
405Kb/4P |
SINGLE PORT RJmag CONNECTOR SHIELD, WITH R&C TERMINATION 100/100 |

Powerex Power Semicondu...
|
PP150B120-ND |
583Kb/5P |
H-Bridge POW-R-PAK IGBT Assembly 150 Amperes/1200 Volts |
| PP400B060-ND |
571Kb/5P |
H-Bridge POW-R-PAK IGBT Assembly 400 Amperes/600 Volts |

STMicroelectronics
|
STK800 |
243Kb/12P |
N-channel 30V - 0.006??- 20A - PolarPAK-R STripFET-TM Power MOSFET |

Molex Electronics Ltd.
|
0850520311 |
138Kb/4P |
2.54mm (.100) Pitch DIN 41612 Receptacle, Style R Reverse, 96 Circuits |
| 0850520050 |
138Kb/4P |
2.54mm (.100) Pitch DIN 41612 Receptacle, Style R Reverse, 96 Circuits |
| 0850520658 |
136Kb/4P |
2.54mm (.100) Pitch DIN 41612 Receptacle, Style R Reverse, 32 Circuits |
| 0850520282 |
146Kb/4P |
2.54mm (.100") Pitch DIN 41612 Receptacle, Style R Reverse, 96 Circuits |

Powerex Power Semicondu...
|
CM421290 |
93Kb/4P |
SCR/Diode POW-R-BLOK??Modules 90 Amperes/1200-1600 Volts |
| CM531220 |
81Kb/4P |
Dual SCR POW-R-BLOK??Modules 200 Amperes/1200-1600 Volts |
| CSD3120H |
78Kb/4P |
Single SCR POW-R-BLOK??Modules 400 Amperes/1200-1600 Volts |

Sanyo Semicon Device
|
LC895994 |
65Kb/7P |
CD-R Encoder/Decoder LSI with Built-in ATAPI (IDE) Interface |

Alpha Industries
|
AW002R2-12 |
24Kb/2P |
GaAs SPDT IC 10 Watt T/R Switch DC-2.5 GHz |

Hittite Microwave Corpo...
|
HMC154S8 |
244Kb/6P |
GaAs MMIC SMT LOW DISTORTION T/R SWITCH, DC - 2.5 GHz |

SeCoS Halbleitertechnol...
|
S5J1118 |
501Kb/3P |
1A Positive Low Dropout Fixed-Mode Regulato r With EN Function |
| S5M1119 |
518Kb/3P |
0.5A Positive Low Dropout Fixed-Mode Regulato r With EN Function |

SamHop Microelectronics...
|
STS2306A |
145Kb/7P |
S uper high dense cell design for low R DS (ON). |
| STUD428S |
100Kb/9P |
S uper high dense cell design for low R DS (ON). |