How to Master the Art of the Impossible

Industry News

As we celebrate 25 years of Innovation in Motion, we honor the people who have shaped our legacy and continue to drive our future. João Paulo Ribeiro is one of our visionary leaders, whose courage to innovate not only reflects our legacy, but also paves the way for the future we are building together at Visteon. A Passion for Manufacturing from Day One João Paulo’s journey began in August 1992 at Ford as an engineering student, fueled by a deep curiosity about automotive manufacturing. “I distinctly remember the excitement of my first day, touring the production line”, he recalls – a moment that ignited a drive that still motivates him today. In his first role in Quality, acting as a bridge between the plant and each customer, he quickly demonstrated what would become a hallmark of his career: a strong commitment to excellence and customer satisfaction. Bold Moves that Transformed Our Operations Among his proudest milestones was being part of the team that took a bold step in the early 2000s – introducing higher levels of automation into our plants. At the time, this was a risk, but the impact was undeniable: improved quality, efficiency, and innovations that continue to shape our operations today. Making the Impossible Possible A defining moment for him came early on when he was part of the team that launched the first A/C Scroll Compressor for the automotive industry. It wasn’t just about introducing a new product – it meant building a brand-new plant and assembling a new team, a challenge of enormous scale, especially for someone still early in their career. But it was the difficulties leading up to the launch day that truly shaped João Paulo’s mindset. “With the right focus and determination, even the impossible becomes possible,” he shares – a lesson that would guide him through every challenge that followed. Adapting, Innovating, and Leading the Way Having witnessed firsthand how rapidly the industry evolves, João Paulo knows that staying ahead requires adaptability, innovation, and—above all—the right talent. Building high-performing teams has been central to the success of our global Operations, ensuring that Visteon remains a leader in performance and efficiency. A Career Fueled by Growth and Passion For him the most rewarding part of his journey has been Visteon’s culture of growth and opportunity. “Seeing talented colleagues rise and drive innovation has been truly inspiring,” he says. His advice to those just starting out? Never stop learning. The industry is always evolving, and success belongs to those who stay prepared for change. Work hard, embrace challenges, but most importantly – enjoy the journey. And if he had to sum up his 30+ years at Visteon in one sentence? “Time goes fast when you’re having fun,” he replies without hesitation. João Paulo’s story is proof that at Visteon, making the impossible possible is more than a lesson; it’s how we lead. As we celebrate 25 years of innovation in motion, we continue to nurture leaders who turn challenges into opportunities, push boundaries, and shape the future of automotive technology. Join Us For The Next 25 Visit visteon.com/careers to explore opportunities across the globe and become part of our next chapter of innovation.

From Code to Leadership with Jayasree

Industry News

As Visteon celebrates its 25th anniversary, we’re honored to share the stories of the remarkable people who have shaped our history and continue to drive our future. Among these pioneering spirits is Jayasree Sivasubramanian, whose grit, innovation, and leadership define Visteon’s DNA. The Early Years Ever since the beginning, Jayasree has been ahead of the curve. Picture this: It’s September 1999, and she steps through Visteon’s doors for the first time. Her early years were spent in the trenches of code, working on clusters and audio software for European and North American markets. But it was her involvement in Visteon’s first Volkswagen cluster project as software lead, a collaborative effort with a French supplier, that truly set her trajectory skyward. Building Strong Teams By the mid-2000s, Jayasree had found her stride as a Senior Project Lead for North American cluster projects. But it was in her role as Technical Delivery Manager for Driver Information subsystems where her true talent for leadership emerged. She demonstrated exceptional skills (and perhaps, a natural gift), growing her team from six to thirty in just three years. Innovation in Action The years 2009-2014 marked what Jayasree calls her “platform revolution.” Under her guidance, the India team took full ownership of platforms for entry-level clusters, earning recognition across the company and putting India firmly on Visteon’s global innovation map. Her subsequent achievement – leading the development of the first 8-inch digital cluster on the Autosar platform – holds special significance for Jayasree. This project proved her evolution into a skilled leader capable of managing even the most complex challenges. From initial concept through final launch, she executed the project flawlessly, building strong trust with the customer and cementing her reputation for delivering excellence. Rising to the Challenge When the pandemic threw the world into chaos, Jayasree showed her resolve by successfully steering the software development and launches of various cluster programs. “See every challenging situation as an opportunity to grow and contribute,” she says with her flagship optimism, a philosophy that has become her north star. Leading the APAC Revolution Today, as the regional lead of the Cluster & Display APP team for the APAC region, Jayasree continues to drive innovation across multiple product lines, including connected clusters for two-wheelers, BMS and adaptive Autosar applications. In just over a year, she has expanded her team from 40 to more than 100 engineers across five sites in India. Her team has successfully delivered projects for an impressive roster of major automakers including Toyota, Royal Enfield, Hero, TVS, Tata, Hyundai, MMC, Mazda, Nissan, Renault, Honda, and Mahindra. Keys to Success What’s the recipe for such sustained success? Jayasree credits Visteon’s leadership programs – Pegasus outbound, ELITE, and Momentum – for helping her develop both personally and professionally. Her advice to newcomers echoes her personal approach: “Be enthusiastic and open to challenges. Learning is a lifelong project. Don’t be afraid of failure as there will be learnings from every experience.” A Legacy in Progress As Visteon steps into its next quarter-century, leaders like Jayasree continue to light the way forward. “Visteon has been my second family,” she reflects, “Half my life is associated with it.” Her journey from writing code to writing success stories proves we have a knack for spotting and nurturing exceptional talent, doesn’t it? Join Us for the Next 25 Visit our career page to explore opportunities across the globe and become part of our next chapter of innovation.

Top 3 Innovations Visteon Unveiled at CES 2025

Industry News

For 25 years, we’ve been leading the automotive evolution. This year, we outdid ourselves. Here are the top three innovations that stole the show at our CES 2025 booth. 1. cognitoAI: Making Your Car Truly Intelligent Meet Visteon’s cognitoAI, our most ambitious achievement yet. Unlike other automotive AI systems that depend on the cloud, Visteon’s cognitoAI lives right in your vehicle. Here’s what makes it special: It processes everything locally for lightning-fast responses It continuously analyzes vehicle data to deliver actionable insights about vehicle health and performance It learns and adapts to your driving habits over time It integrates data from multiple vehicle systems for smarter decisions It powers next-generation voice interactions without internet connectivity This is the foundation for the next generation of intelligent vehicles, not just another AI system. 2. Next-Gen Central Computing: One Platform, Unlimited Possibilities We’ve cracked the code on central computing. Our new production-ready platform handles multiple critical functions simultaneously. Think of it as your car’s brain, managing advanced driver assistance with enhanced visualization, high-fidelity 3D controls for vehicle functions, AR navigation, AI-powered driver monitoring and Android-based entertainment systems. The best part? It does all this while maintaining peak performance and reliability. 3. Revolutionary Display Technologies: Where Beauty Meets Function We’re making how you interact with your vehicle more enjoyable through three key innovations: Curved OLED Displays: Crystal-clear information that follows your car’s natural contours. Active Privacy Features: Keep sensitive information visible only to those who need to see it to avoid distractions. Deco Trim: We’ve hidden controls within decorative surfaces. No more cluttered dashboards. Bonus: Powering the Electric Futures While we’re at it, we couldn’t resist showcasing our agnostic Battery Management System. It’s a game-changer for automakers—here’s why: Works with any battery chemistry Adapts to different battery suppliers Maintains consistent software interfaces Reduces development time significantly Cuts costs for new EV programs This flexibility is crucial as battery technology evolves. Automakers can now switch battery suppliers or adopt new chemistries without redesigning their entire system. What’s Next? “Visteon’s 25-year legacy of automotive innovation reached a new milestone at CES 2025,” said our President and CEO, Sachin Lawande. ” With Visteon’s cognitoAI and our latest developments in high-performance computing, we’re establishing the foundation for the next generation of intelligent vehicles. We look forward to collaborating with industry leaders to develop AI-powered cockpit electronics that deliver more intuitive, responsive, and personalized driving environments.” Want to learn more about how we’re shaping the future of automotive tech? Click here to see our team in action.

From Farm to Fortune 500

Industry News

When Brett Pynnonen, Visteon’s Senior Vice President and General Counsel, traded his law degree for managing a blueberry farm, he didn’t expect it would shape his future leadership philosophy in corporate law. Today, he leads the legal strategy for one of the world’s leading automotive technology companies. Early Career Challenges Turns out, farming can be just as challenging as practicing law! Within two years, Brett returned to the legal world, diving into corporate law where he eventually rose to General Counsel. Just when everything seemed to be moving in Brett’s favor, he faced a major challenge: a subpoena related to the company’s financial performance. As a young lawyer with everything on the line, this was a humbling experience. Despite knowing the financial reports were accurate, he had to prove it to the Securities and Exchange Commission (SEC). Brett spent months working tirelessly, often sleeping at a hotel near the office, determined to protect the company and support the truth. After three years, the SEC agreed with Brett and the company was successfully sold. Leadership Philosophy In time, Brett grew from that position to larger companies as General Counsel which ultimately led him to Visteon. During Visteon’s “Life as a Leader” series, he shared influential leadership quotes that guide his approach: “Be curious, not judgmental.” Walt Whitman, Ted Lasso “Leadership is not about being in charge. It’s about taking care of those in your charge.” Simon Sinek “It’s not hard to know what the right thing is to do, but it may be very hard to do it.” Admiral William McRaven “The easiest day was yesterday.” Admiral William McRaven “A good shepherd should smell like his sheep.” Pope Francis “It is better to try and fail…than to never try.” Theodore Roosevelt Brett’s main giveaway is “whichever company you work at, treat it like it’s your family’s blueberry farm.” This will hold you accountable, reliable, humble, adaptable, and curious. Work-Life Balance Brett stressed the need for growth and the power of curiosity and challenge. His session was especially entertaining because in addition to sharing his work experience, he showed photos from along the way, capturing his travels from tourist “traps” to faraway lands. Brett did a great job revealing how he incorporates work with his daily life, including travels and prioritizing family time. He makes time for what’s important and he encourages his team to do the same. Join Visteon! Interested in working with leaders like Brett Pynnonen? Join team Visteon – view our open roles here.

Melexis opens its new R&D center in Sophia Antipolis, France

Industry News

Tessenderlo-Ham, Belgium, January 16, 2025 – Melexis, an international microelectronics engineering company, announces the opening of its new office and laboratory in Sophia Antipolis. With a €5 million investment since 2023, Melexis – established in France for over 20 years – is relocating its office in Grasse into a sustainable, state-of-the-art building within this important technology hub. Here, its engineering teams will continue to innovate by developing the next generations of current sensors. These current sensors will address the rising demand driven by the electrification trend in the automotive, alternative mobility, robotics and other sectors. This new facility in the south of France complements Melexis’ existing presence in Corbeil-Essonnes with a wafer-probing site and a development team in Paris. With this strategic presence in the Côte d’Azur, Melexis aims to establish itself as a cornerstone of the local economy, strengthening ties with universities that train the engineers of tomorrow. To this end, the company has partnered with several technical universities in southern France, contributing to the training and skill development of future engineers. Marc Biron, CEO of Melexis, states: “This new center is of strategic importance for developing next-generation current sensors. Our long-term ambition is to grow this facility into a key hub for advancing digital and software skills. The choice of Sophia Antipolis reflects our commitment to leveraging a world-class ecosystem where innovation, academic collaboration, and industrial dynamism converge to accelerate technological advancements.” In addition to hosting apprentices and interns, Melexis plans to work towards a long-term student program in the region. This year, the company is offering several new engineering trainee positions for students eager to develop expertise in current sensor and embedded software technologies. Melexis’ ambition is to double its workforce in these areas in the next few years. Marc Biron concludes: “Expanding our engineering team by welcoming young talent is an investment in the future. Not only do we pass on our expertise, but we also nurture the innovators who will drive the transformation of our increasingly connected world.”

MLX90617 Infrared Thermometer Revolutionizes Induction Hob Design

Industry News

Tessenderlo-Ham, Belgium 15 January 2024 – Melexis unveils the MLX90617, an infrared thermometer for non-contact temperature measurements in induction hob applications. This breakthrough sensor uses optical filtering to measure the temperature of the cooking vessel’s base through the ceramic hob surface, improving cooking control, safety, and end-user experience. Due to existing technology limitations, the temperature control in a typical induction hob is based on the backside temperature of the ceramic glass plate used in induction hobs. With the MLX90617, Melexis has developed an advanced but cost-effective solution capable of ‘looking through the glass’ to provide the real-time temperature at the base of a cooking vessel. The principle Through precise optical filtering techniques tuned specifically to the ceramic glass used in induction hobs, the MLX90617 is able to capture the radiation emitted by the lower part of the cooking pot that is transmitted through the ceramic glass plate. The energy originating from the ceramic glass plate itself is taken into account by using an advanced algorithm. In Operation The MLX90617 is designed to be used alongside another non-contacting temperature sensor, (such as the MLX90614 or MLX90632), which is also mounted below the ceramic surface of the hob. Optionally an in situ emissivity measurement using an LED and a light sensor can be considered for best-in-class accuracy. In order to ascertain the temperature of the cooking vessel, the emitted radiation from the pot or pan’s base is measured by the MLX90617, with the second sensor measuring the radiation emitted by the ceramic glass plate and the sensor. The accompanying LED and light sensor are used to measure the reflectivity of the pot, and therefore calculate its emissivity. Through relatively simple real-time processing, it is then possible to determine just the temperature of the cooking vessel’s base, ignoring the radiation from the ceramic surface and sensors. In comparison to a standard induction hob setup that measures the temperature of the ceramic glass (Tglass), through advanced optical filtering the MLX90617 peers through the glass to provide a real-time output of the base of the cooking vessel (Tpot measured). When the results are compared, it is clear that the measurement provided by the MLX90617 is significantly closer to the actual temperature of the cooking pots and pans(Tpot measured). Enhancing Induction Hob Design By integrating the Melexis MLX90617, it is possible for induction hob manufacturers to create a solution that elevates the precision of its product to the benefit of the end user’s cooking experience. As the temperature of the pot or pan’s base is monitored by the sensor, rather than the glass, the hob’s control electronics have a closer insight into the temperature of food. This is especially advantageous for cooking operations, which require precise thermal regulation across small temperature ranges. It can also contribute to an increase in the system’s safety by detecting out-of-range temperatures, as well as enabling the development of more advanced automated cooking systems. The MLX90617 features a factory-calibrated wide temperature range of -0°C to 125°C for the sensor operating temperature and is designed to measure cookware temperatures ranging from 70°C to 250°C. It is available in industry-standard TO39 packaging with a 5V supply voltage. The SMBus digital interface can be easily integrated into induction hob designs. The T039 packaging encompasses the integration of both the IR-sensitive thermopile detector chip and the signal conditioning ASSP, accompanied by a built-in low-noise amplifier, a 17-bit ADC, and a powerful DSP unit. Extensive Development “Our customers’ requests initially sparked the development of the MLX90617. However, the challenges of working with relatively small signals of infrared at short wavelengths made us question its feasibility,” admits Joris Roels, Marketing Manager at Melexis. “Through extensive development and application testing, we’ve not only overcome these hurdles but also delivered a cost-effective, user-friendly solution that truly meets our customers’ needs. Discover more at www.melexis.com/MLX90617 or contact us directly via www.melexis.com/contact Downloads Product flyer for MLX90617 Temperature sensor selection tool

Yazaki Romania Wins Three Regional Awards at once!

Industry News

At the 2024 Prahova Companies Awards Gala in Ploiesti, Yazaki Romania stood out, as it triumphed on three counts: From the event organized by the Prahova Chamber of Commerce and Industry in calendar week 43, our colleagues took home the following prestigious awards that highlight their contributions and dedication to excellence: ►”Corporate Social Responsibility” Trophy – it acknowledges Yazaki Romania’s ongoing commitment to social responsibility and sustainable development initiatives. They contribute significantly to the well-being of the local community and to environmental stewardship. ►“Top Prahova Exporters” Distinction – recognizing Yazaki Romania’s substantial export activity, this award emphasizes the company’s role in supporting the local economy while expanding its presence in international markets. ►“Top Investors” Distinction – with this, the team got awarded for significant investments made by Yazaki Romania in 2023. It underscores the company’s commitment to fostering economic growth in the region. All three accolades reinforce Yazaki Romania’s position as a trusted partner in the development of the Prahova community and affirm its continuous efforts towards excellence and sustainability.

Melexis Shrinks Current Sensing Footprint With Coreless Technology

Industry News

Tessenderlo, Belgium, 21 November 2024 – Melexis unveils the MLX91235, a new current sensor that eliminates the need for a ferromagnetic core. The MLX91235 expands Melexis’ portfolio, enabling the measurement of larger currents flowing through external primary conductors like PCB traces and busbars. It supports automotive and alternative mobility applications like inverters, battery management systems (BMSs) and low-voltage DC-DC converters. Power electronic designers are constantly faced with the challenge of system size and weight in modern electric vehicles (EVs), resulting in an ongoing demand for smaller and lighter solutions. By eliminating the ferromagnetic concentrator, the gradiometric MLX91235 achieves a significantly smaller footprint than typical current sensor technologies and eliminates hysteresis-related measurement errors. The differential measurement of the magnetic field between two internal sensing elements provides accurate current feedback, as well as ensuring stray field effects are eliminated. Featuring a 500 kHz bandwidth and 2 μs response time, the sensor is ideally suitable for high-speed applications, such as motor control and converter applications. Digital architecture & accuracy The MLX91235’s intelligent digital architecture elevates the sensor’s offering, ensuring high measurement accuracy and allowing for the incorporation of several key functions that help to enhance development, calibration, and system integration. When dealing with intrinsic non-linearities, analog architectures often rely on piecewise linear compensations. However, the MLX91235’s digital architecture offers the ability to implement more precise and sophisticated compensation, resulting in a more accurate and smoother output. The fully digital-based thermal compensation further ensures that the MLX91235 provides the highest accuracy measurement across its entire working conditions. Open calibration via SPI The device’s ‘open’ calibration is configured through a standard serial peripheral interface (SPI) allowing for configuration in situ via any microcontroller unit (MCU). Compared to analog coreless sensors, digital calibration provides a more direct and significantly quicker experience, enabling easy adjustment of elements like digital gain correction. Over-current detection & temperature monitoring The built-in 16-bit over-current detection (OCD) allows for asymmetric thresholds and includes two configurable threshold ranges. It features a configurable detection time with a minimum duration of 2 μs and an optional debounce strategy. This strategy helps to avoid false positives in harsher electromagnetic compatibility (EMC) environments. Further enhancing its value, the MLX91235 also includes a 10-bit temperature feedback mechanism, enabling accurate measurement of junction temperature that is transmitted through a high-speed SPI output. Functional safety & self-test The MLX91235 is ISO 26262 compliant as an ASIL B Safety Element out of Context (SEoOC). Going beyond ASIL B requirements, it also incorporates a sophisticated built-in self-test feature that can be triggered via SPI. This functionality allows the sensor to report critical information like temperature, under-voltage, and mechanical stress. Notably, unlike conventional diagnostics, this functionality encompasses the complete signal chain, up to the application MCU that reads the sensor. “Melexis has a rich history in current sensing technologies and the coreless MLX91235 is our next step,” said Bruno Boury, Product Line Director at Melexis. He continued “This sensor brings the optimal mix of in-situ fast calibration including OCD, ISO26262 compliance, and high accuracy owing to the digital core of the sensor. Those features combined with the Melexis customer support are a recipe for success in introducing this new technology into the field.” Designed to meet the needs of automotive and industrial current sensing applications, the MLX91235 supports PCB and busbar current sensing in systems such as inverters, low-voltage DC-DC converters, chargers, electrically heated catalysts (EHCs), BMSs, smart pyro fuses, and more. MLX91235 engineering samples and DVK91235 development kits are available now. The product is expected to be fully qualified by mid-2025. To request samples or development kits, please contact your local Melexis representative or visit www.melexis.com/MLX91235. Downloads Product flyer for MLX91235 Request datasheet for MLX91235 Current sensor selection tool

Melexis and Geely Illuminate the Future of Automotive Lighting Design

Industry News

Tessenderlo, Belgium 19 November 2024 – Melexis is pleased to announce that the renowned Geely Automotive Group has chosen to use Melexis devices and MeLiBu® technology for the advanced daytime running lights (DRLs), as well as the RGB LED taillight with full-color lighting in the new Z10 model, the first EV by Lynk & Co. Looking to push the limits of vehicle lighting design, the group selected Melexis’ MLX81116 Smart RGB LED driver due to its sophisticated dynamic lighting control and advanced communication interface. With automotive lighting becoming a key visual distinction in modern vehicle design, Geely group was looking for a distinctive DRL and RGB taillight with full-color lighting arrangement for the first EV to be launched by one of its subsidiary brands. To achieve reliable color-changing dynamic lighting in safety-critical elements like the front DRL and full-color taillight, a multitude of technical requirements had to be met, necessitating a high-performance solution. This solution was the MLX81116 Smart 12-channel RGB LED driver. As a proven technology, the integrated circuit (IC) provided a mature solution that, when combined with Melexis application support, allowed the automotive manufacturer to implement a standout feature for its inaugural EV. The MLX81116 offers self-synchronization and provides a high-speed, robust communication system that is specifically designed for applications with numerous LEDs and a high degree of animation, complexity, and dynamic range. With the inclusion of an integrated microcontroller unit (MCU), the MLX81116 enables enhanced LED control algorithms, precise color mixing, and thorough diagnostic functionalities. It achieves a color mixing accuracy of 1% delta UV, while also compensating for temperature fluctuations in red/green and blue LEDs without requiring external components. The MLX81116 uses Melexis’ MeLiBu® high-speed communication technology to enable the smart animated automotive lighting required by the automotive manufacturer. MeLiBu® utilizes the CAN-FD physical layer and UART communication. For the automotive OEM, MeLiBu® served as a crucial differentiating factor in Melexis’ offering and facilitated a smooth integration with the car’s electrical/electronic (E/E) architecture. Furthermore, it has received additional praise from other prominent suppliers involved in the project due to its user-friendly nature. “This model represents an exciting moment for this automotive brand, not only because it is their first EV but also because of the bold lighting design choices,” said Linhong Song, Regional Marketing Manager at Melexis. She continued “The key for automotive OEMs is to discover innovative approaches for their cars to connect with their audience, and that is exactly what they have accomplished with the dynamic DRLs and RGB Taillight, supported by MeLiBu.” The evolution of automotive design has made dynamic lighting a key differentiator,” said Geely IC expert. “Our collaboration with Melexis and the integration of their advanced RGB drive technology is a testament to our commitment to innovation. The superior performance and enhanced aesthetics this technology brings to our smart electric vehicles not only elevate the driving experience but also solidify our position at the forefront of the EV industry. For more information on the MLX81116, please contact your local Melexis representative or visit – www.melexis.com/MLX81116

Melexis Unveils Contactless Micropower Switching for Automotive

Industry News

Tessenderlo, Belgium 14 November 2024 – Melexis introduces the MLX92235, an ultra-low power Hall-effect switch with best-in-class tolerances for reliable and predictable output update rate. This tiny device is a game-changer for automotive micropower applications such as door handles, e-latches, sun visors, infotainment buttons, brake light switches, and more. For modern vehicles, accurate switch and latch mechanisms are relied upon by countless systems for feedback. With numerous switches deployed across cars, it is also important to ensure that they operate efficiently, minimizing power draw. Every microwatt counts. Melexis’ MLX92235 microwatt switch effectively addresses these requirements with 4 product variants. Featuring industry-leading accuracy, consistency, and reliability, the 3-wire monolithic magnetic switches ensure optimal performance throughout the vehicle lifespan. In order to minimize board space utilization, the MLX92235 does not require any external components and is offered in a standard automotive TSOT23-3L package. In demanding vehicular environments, its reliable operation is ensured by the wide operating temperature range of -40oC to 105oC. Moreover, the inclusion of flexible input voltage, choice of magnetic threshold, temperature coefficient, update rate, and output options (push-pull or open drain) facilitates seamless integration into various vehicle systems. The MLX92235’s advanced power design incorporates integrated logic that enables automatic sleep/awake sequencing delivering a typical sleep current consumption of 0.65μA at 1.8V. Furthermore, the MLX92235 includes selectable sleep time from 0.6ms to 800ms. As a highly sensitive chopper stabilized Hall Sensor, the MLX92235 provides accurate and contactless feedback in a range of magnetic functions, including unipolar/omnipolar switch or latch deployments. The MLX92235’s versatility, compactness, and efficiency make it a valuable asset for automotive designers, where its feedback can be harnessed to develop intelligent vehicle functions, such as the automated activation of ambient lighting when opening a door or sun visor. “With the new MLX92235 we have delivered contactless Hall effect reliability and accuracy in a low power design to replace all mechanical switches in a car,” stated Minko Daskalov, Product Line Manager at Melexis. “It will help automotive engineers to bring intelligence to a wide range of automotive switch and latch functions, ultimately benefiting the end-user.” Samples for the MLX92235 are available now. To discover more, please visit www.melexis.com/MLX92235 Downloads Datasheet for MLX92235 Product flyer for MLX92235 Latch & Switch selection tool