Reversible seatbelt pretensioner
Elevate seatbelt safety with integrated reversible pretensioner solutions
Enhance seatbelt safety with integrated reversible pretensioner solutions while maximizing space and budget efficiency. Ensuring correct belt tensioning provides passengers with optimal protection and comfort. Experience our reliable system solutions featuring power supplies, microcontrollers, sensors as well as power and communication ICs.
Reversible seatbelt pretensioners for the future of automotive safety
As the primary safety feature in vehicles, seatbelts must meet the absolute highest safety standards. A forward-looking seatbelt feature, the reversible seatbelt pretensioner, replaces older pyrotechnic solutions to provide passengers with the next generation of seatbelt safety.
Correct pre-crash belt tensioning reduces the severity of injuries while improving passenger comfort during normal use.
Cost-effective and space-saving solutions for seatbelt pretensioning
As always, there are other factors involved in this ASIL-B application: The solution must be reliable, cost-effective, and offer a high level of integration.
In Infineon’s portfolio, you will find highly integrated solutions for automotive reversible seatbelt pretensioners – the highest level of integration on the market. What’s more, they save valuable space and respect your budget.
- Highest safety standards
- Best price-performance ratio
- High level of integration
- Extremely low failure rate products
Product highlights of our reversible seatbelt pretensioner solutions
- Infineon’s AURIX™ TC3xx microcontroller family with its high-performance architecture up to hexa-core and its advanced connectivity, security, and functional safety features is ideally suited for reversible seatbelt pretensioner solutions.
- MOTIX™ single half-bridge ICs (NovalithIC™) provide cost-optimized solutions for protected high-current PWM motor drives with very small board space.
- Infineon’s portfolio of XENSIV™ magnetic switches and latches (formerly referred to as Hall switches and Hall latches) are employed in automobiles to usher in the next generation of smart technology capable of efficiently understanding and reacting to its environment.