All right. Thank you, Dave. Please turn to Slide 13. I mentioned earlier that even though the industry is contending with an extended down-cycle, at Vishay, we are pressing forward with our ambitious five-year strategic plan and remain committed to our 2028 financial goals, including spending $2.6 billion in CapEx between 2023 and 2028. For the year 2024, we still plan to invest between $360 million and $390 million in CapEx. As a reminder and displayed on this slide, we are pulling eight growth levers to meet our commitments to scale capacity for our customers. Accelerate revenue growth and drive greater returns through the expansion of our markets and our product portfolio. We are ready for the next up-cycle to support [Technical Difficulty] sustainability. Let's turn to Slide 14 [Technical Difficulty] on these levers. As a reminder, in 2024, we are focusing primarily on expanding capacity, both internally and externally, and on innovation. Starting with semiconductor capacity expansion projects, at Newport, we are on target to complete the transfers of three silicon MOSFET structures now in Q4, and another one in the first quarter of 2025. We remain on schedule to begin production of the industrial technologies in the first quarter of 2025 and to complete the component qualifications of automotive grade components in the second quarter of 2025. At SK keyfoundry, our partner in Korea, we are on track to qualify seven product families by the end of the first quarter of 2025, three of which are automotive MOSFETs and four are commercial MOSFETs. We currently have engineering samples available of four product families and plan to have the other three available in early 2025. Through this partnership, we will be able to increase annualized capacity for MOSFETs by 12% in 2025 compared to 2024. In Taipei, Taiwan, we have internally qualified commercial and automotive diodes and are now shipping some volumes of commercial diodes. We expect to increase annualized capacity by 4.7% in 2024 and to expand capacity of constrained lines by 25% to 40% depending on the product type. Now for passive components, at La Laguna, Mexico, we remain on track to complete the automotive qualifications for inductors before the end of the year, and continue to expect annualized capacity to increase by approximately 15% in 2024. During the quarter, we received government approval to start production of our Ametherm product line and expect first shipments of sensor products in this quarter. The Ametherm line includes products that support inrush current limiting and temperature sensing applications. At our Mexico facility in Juarez, we're shipping commercially qualified current sense resistors and some automotive products. Our subcontractor initiative is going extremely well as business leaders within the organization embrace the Vishay 3.0 business-minded approach to drive profitability. We're using subcontractors to increase our capacity of lower-margin commodity products and to add products to our portfolio to best serve customer demand. We added three subcontractors during the third quarter, one for diodes, one for resistors, and one for inductors, and we added another 617 part numbers to our portfolio, bringing the year-to-date total to nearly 9,000 part number additions. In 2024, we are meeting the year-to-date goals to set for the use of external capacity on our path to achieving our 2028 financial targets. For our goal of generating more than 4% revenue from outsourced passives, we are at 4.2%. We have met our goal of utilizing outsourced wafer fabs at 33% of semiconductor production. Finally, we set a goal of utilizing outside assembly for more than 20% of our semiconductor production, and on a year-to-date basis, we have also met that goal. As for innovation and our silicon carbide strategy, our plans to commercialize the 1,200-volt planner technology in 2024 is advancing well. We released two products in the third quarter and plan to release seven more products in the fourth quarter. We made substantial progress with our plans to commercialize our 1,200-volt Trench technology, the 1,700-volt planner, and the 650-volt planner during the quarter. We now have first engineering samples at customers for test. Our plan is to release the 1,200-volt Trench MOSFET in the first quarter of 2025, the 1,700-volt planter MOSFET in the second quarter of 2025, and the 650-volt planner MOSFET in the third quarter of 2025. These silicon carbide MOSFET components support traction inverter projects and onboard charging, which opened doors for us with the automotive OEMs. We continue to hold technical meetings with automotive OEM customers about their silicon carbide roadmaps. We have also started to receive silicon carbide equipment at our Newport facility and are on schedule to meet our production plan in early 2026. Finally, at Electronica this year, we will release nine reference designs, which showcase Vishay content on greater than 80% of the components on the board. For automotive, there is a high voltage intelligent battery shut sensor, an 800-volt, 22-kilowatt bidirectional onboard charger, an 800-volt, 48-volt DC to DC converter, a power distribution unit with Vishay silicon carbide on it. In other technology -- in other market segments like industrial and telecom customers, we'll have a reference design for auxiliary power slide converter for solar, which uses our 1,200-volt and 1,700-volt silicon carbide and a Vishay transformer. A 3.2 kilowatt DC to AC inverter featuring our Gen5 silicon MOSFETs, a 1.2-kilovolt DC to DC converter for telecom. This is a 72-volt, 48-volt, 12-volt DC to DC converter. Also, an energy harvester, which is using our supercapacitors and our photodiodes. And finally, a design for AI, a multi-phase powerboard that incorporates smart stage power ICs, vertical mount inductors, and polymer tantalum capacitors. These designs are examples of how Vishay can support a customer's total application using reference designs as solution-selling. We are making progress on these 2024-specific initiatives, but we're also executing dozens of other initiatives behind the scene to shape the organization towards supporting Vishay 3.0, enabling the organization to outperform historical results in the next industry upcycle and putting us on firm footing to execute our strategic plan and achieve our 2028 financial targets. We are broadening our portfolio to participate in markets we previously did not serve and to increase our share of our customer bill of materials, supported by the incremental capacity that has landed over the past two years. With our distributors, we have stepped up engagement to meet their needs and position Vishay to win an increased share of their turns business. Since this program began, we have added nearly 28,000 additional SKUs to our distributors. We've added products to our portfolio through acquisitions like Ametherm, creating new business opportunities for inrush current and temperature sensing in automotive and industrial markets. We continue to add products through our partnerships with subcontractors and resellers. We are positioning Vishay to be a supplier with even a broader product portfolio. We're leveraging our broadening portfolio through our intense focus on customer engagement. In medical markets, for example, many customers are using Vishay for only one product. Our medical leader now is increasing our alignment with customers and may not -- which may not have viewed Vishay as a strategic supplier, discovering opportunities for us to supply even more products of our portfolio. We're increasing our field engineering resources that engage customers about their technology and product roadmaps. We're creating design opportunities that increase our share of the customer bill of materials. And we're ensuring that we're ready to meet their future demand. As a result, we're positioning Vishay to participate even greater in the emerging AI market along with other next-generation demand drivers. While we are intensifying customer engagement, we are also restaffing about one-third of our customer-facing positions, and adding experienced talent to ensure the organization is driving in the same direction toward our strategic and financial goals. In terms of enhancing operational efficiency, we're optimizing our manufacturing footprint with our decision to close three manufacturing facilities, which Dave mentioned. One is in the United States, one is in Germany, and one is in China. Cementing Vishay 3.0 through the execution of these initiatives is progressing according to the timeline we outlined last April at the Investor Day. Although we're still in the early innings of implementing our strategic plan, customers, partners, and employees already recognize 3.0 is becoming a vastly different organization. The feedback we hear from our stakeholders aligns with our conviction that we are on the right path to assure customers reliable supplier, working with them to meet their needs over time, and to enhance our financial profile. We are moving forward with determination and we are confident in our ability to drive faster revenue growth, improve profitability, and expand return on invested capital. I look forward to reviewing our 2024 progress on our fourth quarter call next February, and sharing with you our goals for 2025 as we continue to execute our strategic plan. Felicia, let's take the first question.