SiteMapAD9240ASMC100EL11DR2TA75902PTPS2812DRCLAMP0504F.TCTHDMP-0451XC18V04CS8130CSEPATMEGA32-16MUAD8511A Quick Search: 304 GRM TL8 FTS TXC M95 SV1 TA2 MN3 TCE RL5 FDA 724 TYN
Position:Home » DataSheet » LT1 Page No. 34 » LT1212CS Suppliers

LT1212CS datasheet pdf datenblatt

LT1212CS SuppliersLT1212CS PriceRelated PDF DownLoad

Ic LT1212CS

FDD4141 is Fairchilds PowerTrench MOSFET extensive and IC LT1212CS and comprehensive product portfolio as part of todays electronic products to meet the electrical and thermal performance requirements, help to achieve energy efficiency goals. Fairchilds advanced-performance PowerTrench MOSFET process technology enables very low Miller charge (QGD), RDS (on) and total gate charge (QG) value, when used in synchronous buck applications, provide superior switching performance and thermal efficiency.

LT1212CS Suppliers

FDD4141 using Fairchilds proprietary PowerTrench process technology, the higher the load current can be encapsulated in a wafer size smaller package. N-Channel PowerTrench MOSFET technology features used in the P-channel MOSFET, the so P-channel MOSFET with N-channel MOSFET performance, and LT1212CS Suppliers and showed a lower RDS (ON) and lower gate charge, and then higher efficiency, but also to hundreds of kHz in the high frequency switching to achieve the step-down converter switching requirements.

LT1212CS Price

Fairchild Corporation (Fairchild Semiconductor) launched 40V P-Channel PowerTrench MOSFET products FDD4141, for power engineers to provide fast switching solution to reduce switching losses can be up to half. FDD4141 low on-resistance (RDS (ON)), compared with the current reduces MOSFET gate charge (QG) 50%, allowing portable, computing, consumer and LT1212CS Price and home entertainment products, asynchronous buck, battery charging and inverter switches and other applications to switch to higher speeds without excessive heat. Fast switching is a step-down converter switching speed applications need to meet the necessary conditions for hundreds of kHz. Although other MOSFET solutions can switch at higher frequencies, but these solutions, the higher gate charge, resulting in more heat, reducing efficiency.

All rights © 2010-2016