How to find and get the obsolete and hard to electronics components.
ACT96WJ43SC-6149 in stock , and Visit Pneda web to get the pricing and Lead time .
Rugged AEC-Q101 MOSFETs offer guaranteed repetitive avalanche performance
15-12-2020 | Nexperia | Automotive Technologies
Nexperia has launched a new AEC-Q101-qualified ASFET portfolio concentrated on powertrain applications. The technology has been tested to one billion avalanche cycles and may be employed to control automotive inductive loads including solenoids and actuators. Also providing a faster turn-off time (up to 4X), designs can be simplified through a smaller BOM count.
ACT96WJ43SC-6149ACT96WJ43SC-6149MOSFET-based power schemes for solenoid and actuator control in automotive powertrains are commonly built around boost, free-wheel diode or active clamp topologies. A fourth option is a repetitive avalanche design that disperses energy from the inductive load by employing the MOSFET’s ability to constantly handle current from the inductive load through switch off. Providing comparable efficiencies to active clamp alternatives, such designs remove the requirement for diodes and other devices to minimise component count and circuit complexity. They also help faster switch-off times, a factor that can boost the reliability of electromechanical components such as solenoids and relays. When compared to boost topologies, they can simplify designs by delivering up to 30% component footprint efficiency due to a potential decrease of up to 15 board components.
Fully automotive qualified to AEC-Q101 at 175C, the new MOSFETs are offered in 40V and 60V options with typical RDS(ON) ratings from 12.5mOhm to 55mOhm. All of the devices are provided in the company’s space-saving LFPAK56D (Dual Power-SO8) copper-clip package technology. The robust package provides gull-wing leads for increased board level reliability and improved manufacturability, including AOI.
Explains Nexperia’s product manager, Richard Ogden “Typically, engineers looking to implement repetitive avalanche topologies have had to rely on devices that use older, planar semiconductor technologies. Offering automotive-qualified devices with guaranteed repetitive avalanche capabilities that are based on higher performance silicon structures will increase the number of powertrain designs that can take advantage of repetitive avalanche functionality.”
Buy electronic components – Tips to find the best Suppliers?
Today technology is progressing at a quick speed making more and more Obsolete Electronic Components. State of the art electronic components are making their way to the market each day, making it hard for people to find EOL (end of life) electronic components.
buy electronic components
And it doesn’t help that the markets are complete of all sorts of suppliers including unethical ones that sell fake or damaged products to native clients.
Obsolete Electronic Components Supplier
People who wish to buy electronic components feel stressed about where to start their search for which supplier to trust to place their future orders. As a purchaser, you must make informed and suitable decisions to make the ultimate choice.
PNEDA is a global electronic purchasing platform which provides competitive price for electronic components: integrated circuits, diodes, capacitor, resistor, inductors, switch, transistor, sensor, connector, LED. We distribute the famous brands such as AD, AVX, Cypress, Diodes Incorporated, Infineon, KEMET, Littelfuse, Murata, Maxim, NXP, Panasonic, Samsung, TDK, Toshiba, Yageo, Xilinx and more other brands.