1 ... the ability of the new Vishay power supply software to provide accurate simulation.
2 ... the ability of the SiP4612/3 to provide a compact solution as a high-side load switch with current limiting capability.
3 ... the size advantage provided by the new Vishay 1/16th Muntz reference design.
4 ... the advantage of the new SiC739 DRMOS integrated solution vs. discrete designs.
5 .. .the ultra-fast picture transfer of images from a digital camera to a TV set, using infrared communication.
6 ... the effectiveness of the Vishay “human eye characteristic” in the new Vishay ambient light sensor.
7 ... the thermal performance advantage of Vishay WSL resistors.
8 ... the PCR performance of Vishay WSL resistors.
9 ... the advantage of Vishay WSH resistors in pulse performance (20 W x 5 secs.) applications.
10... the performance advantage of thin-film MELF and thick film CRCW resistors in pulse load applications.
11... the endurance performance advantage of Vishay thin film fuses.
12... the performance advantage of IHLP SMD inductors vs. ferrite inductors.
13... the performance advantage of IHLP SMD inductors in DC/DC convertor applications.
14... the DCR current sense capability of the Vishay ITCR inductor.
15... the advantage of foil resistors in terms of stability (TCR matching).
16... the PCR performance stability with power of foil resistors.
17... the ability of foil resistors to withstand major ESD events.
18... the reliability of foil resistors when subjected to thermal EMF.
19... the fast stabilization time of foil resistors when subjected to a high current pulse.
20... the effect of vibration on cermet trimmers vs. Vishay foil trimmers.
21... the higher voltage breakdown of HVArcGuard® capacitors.
22... the unique technology that we have available for automotive buck regulator applications.
23... the unique technology that we have available for automotive DC motor drive applications.
24... the unique technology that we have available for automotive LED siren lighting circuits.
25... the thermal impedance advantage of the Vishay FlipKY® chipscale package vs. packaged discrete devices.
26... the efficiency and space advantages of high-frequency power factor correction (PFC) versus-low frequency PFC.
27... Vishay’s ability to create a complete AC/DC solution (dual switch forward) utilizing space-efficient SOT227 modules.
28...the performance advantages of the Vishay BU1060 and BU2560 vs. other bridge rectifiers.
29...the performance advantage of the 3-kW TVS vs. the 1.5-kW in SMC and SMP and vs. SMA package parts.
30...the thermal performance advantage of the Vishay eSMP package vs. DPAK and SMA packaged devices.
31...the thermal performance advantage of the TMBS® versus Schottky rectifiers using other technologies.
32...the transient voltage clamping capability of the Vishay LLP75 diode array vs. alternative devices.
33...the performance advantages of the Vishay TrenchFET® III MOSFETs in synchronous buck applications.
34...the space-saving and cost-saving advantage of the industry’s only 1.2-V MOSFET vs. 1.5-V rated devices.
35...the performance advantages of SkyFET® MOSFETs in dc-to-dc convertor computer applications.
36...our unique MOSFET thermal simulation software.
37...the advantage of the SiC413 3-A buck regulator in a side-by-side comparison with a monolithic 3A solution.
38...the clean eye pattern and high data rate performance of the Vishay USB switch.
39...the transient response and high current capability of the SiP21310 LDO controller.