Make Kazus.info Your Home Page  |  Add to favorites Guest (Login) Russian version  |  Datasheets  
KAZUS.INFO - Datasheets, Electronic circuits, Repair manuals, Electronic compoinents & Forums.    

1602 datasheet. Datasheets search system

    
Example: max232
Datasheet archive

Electronic component:Description:Manuf.PackagePinsT°minT°maxDatasheet
ER1602CT200V, 16A super fast glass passivated rectifierdistributor-3-65°C150°C52 K
ER1602CT200V, 16A super fast glass passivated rectifierdistributor-3-65°C150°C52 K
ER1602DC-T3200V, 16A D2PAK surface mount super fast glass passivated rectifierdistributorDPAK3-50°C150°C53 K
ER1602DC-T3200V, 16A D2PAK surface mount super fast glass passivated rectifierdistributorDPAK3-50°C150°C53 K
HER160216 mA high efficiency rectifierdistributor-3-65°C150°C524 K
HER1602CHigh efficiency rectifier. Max recurrent peak reverse voltage 100V, max RMS voltage 70V, max DC blocking voltage 100V. Max average forward recttified current 16.0A at 75degreC.distributor-3-65°C150°C24 K
HER1602CSHigh efficiency rectifier. Max recurrent peak reverse voltage 100V, max RMS voltage 70V, max DC blocking voltage 100V. Max average forward recttified current 16.0A at 75degreC.distributorD2PAK3-65°C150°C23 K
LG1602AXBDecision circuit. Packaged on 16 mm tape and reel.distributor-160°C75°C253 K
LG1602BXBDecision circuit. Packaged in flat pack container.distributor-160°C75°C253 K
RL1602CGlass passivated silicon rectifier. Max recurrent peak reverse voltage 100V, max RMS bridge input voltage 70V, max DC blocking voltage 100V. Max average forward rectified current 16.0A at Tc=100degC.distributor-4-65°C150°C26 K
RL1602CSGlass passivated silicon rectifier. Max recurrent peak reverse voltage 100V, max RMS voltage 70V, max DC blocking voltage 100V. Max average forward rectified current 16.0A at Tc=100degC.distributorD2PAK3-65°C150°C23 K
[1] [2] [3] 4 [5] [6] [7] [8] [9] [10]


Datasheets search


Valid HTML 4.01 Transitional Valid CSS!Datasheets IC electronical components datasheets
 © KAZUS.INFO - Electronic portal 2003-2024