Texas Devices (TI) has introduced its India Automotive Seminar 2024, the place automotive designers will study concerning the newest improvements and rising automotive traits. On the seminar, going down on November 19 in Pune and November 22 in Bangalore, attendees will meet with TI consultants in classes on how you can use TI’s revolutionary know-how to handle important areas in automotive functions, comparable to battery administration system (BMS), automotive entry and infotainment.
“To handle ever-evolving challenges, automakers wish to semiconductor developments from dependable suppliers,” stated Elizabeth Jansen, gross sales director, Texas Devices India. “In areas comparable to clever EV powertrains and software-defined autos, the insights and applied sciences at TI’s India Automotive Seminar will assist drive automotive ahead alongside automakers. We’re constructing dependable, cost-efficient, and clever applied sciences which are on the core of safer and smarter autos.”
Along with academic classes, attendees will see reside demonstrations of TI’s analog and embedded processing portfolio and design assets enabling hybrid and electrical powertrain techniques, physique electronics and lighting options, and infotainment and cluster options.
Demonstrations at India Automotive Seminar 2024
- Automobile electrification: For producers who’re creating smarter, safer electrical car (EV) techniques, TI will showcase gadgets that assist meet practical security requirements in BMS and smarter EV powertrains.
o 48V BMS reference design: Superior BMS helps overcome a number of the most crucial limitations to widespread adoption: driving vary, security, efficiency, reliability, and value.
o Traction inverter 5KW: Advances in traction inverters, enabled by TI’s microcontrollers with real-time management capabilities and remoted gate drivers, are pushing expectations of EV efficiency even additional. Higher switching speeds lead on to enhancements in reliability, efficiency, weight, and energy density.
o New TI programmable logic system portfolio: Programmable logic gadgets can combine as much as 40 combinational and sequential logic and analog features into one chip, decreasing board measurement as a lot as 94% — and reducing system prices — in comparison with discrete logic implementations.
- Physique electronics and lighting: TI’s merchandise tackle widespread challenges comparable to load driving, situation diagnostics, and fault detection and optimize automotive light-emitting diode (LED) lighting techniques. Designers can use TI reference designs to rapidly develop door locks; window lifts; seat heaters; heating, air flow and air con lamps; and extra.
o Radar kick-to-open demo: Demonstration of TI mmWave radar sensors which allow automakers to combine extra sensing into any degree of auto, serving to to make vehicles safer.
o OPT4001-Q1 light-to-digital sensor: Designed for techniques that require light-level detection to reinforce consumer expertise, this sensor typically can be utilized to switch low-accuracy photodiodes, photoresistors and different ambient mild sensors to enhance human eye matching and near-infrared rejection.
- Infotainment and cluster: TI’s broad analog and embedded processing portfolio allows functions comparable to automotive audio, navigation techniques, energy provides, in addition to in-car and private leisure.
o Bulk acoustic wave (BAW) oscillators: The {industry}’s first BAW-based fixed-frequency oscillator provides jitter efficiency decrease than 100fs, stability throughout 10 years of ageing and vibration, and low present consumption in industry-standard packages.
o Dynamic floor projection with DLP® know-how: Allow dynamic content material to be displayed anyplace across the car with DLP3021-Q1 and DLP2021-Q1 digital micromirror gadgets. These DLP merchandise are automotive-qualified, compact and reprogrammable, enabling a system that may show an infinite variety of full-color pictures and movies for car personalization, customization and styling.
o Ultrasonic lens cleansing: TI’s ultrasonic lens cleansing chipset routinely detects when there’s an obstruction on the lens and prompts a cleansing cycle to take away contaminants — decreasing the necessity for human intervention and upkeep, even in advanced built-in techniques.
o Digital cluster: The entry-level automotive-grade AM62 Arm®-based processors tackle automotive functions like driver monitoring techniques and entry-level digital clusters.
o Entrance Digital camera: AM62 processors are constructed for a set of cost-sensitive automotive functions together with driver and in-cabin monitoring techniques, and the subsequent era of eMirror techniques.
