BWD SELECT caps are made of high-dielectric-strength, glass/mineral-reinforced polyester resin. The benefit is less carbon tracking and greater resistance. They also contain solid brass terminals for better connections.
BWD SELECT control modules have double wire bonds to promote better connections, greater dependability and a longer working life despite the intense vibrations and other harsh conditions of the automotive environment.
BWD SELECT control modules have double wire bonds to promote better connections, greater dependability and a longer working life despite the intense vibrations and other harsh conditions of the automotive environment.
BWD SELECT control modules have double wire bonds to promote better connections, greater dependability and a longer working life despite the intense vibrations and other harsh conditions of the automotive environment.
BWD knock sensors are designed to respond to knock frequencies up to 1000 Hz accommodating shifts in engine knock frequency, making it a more flexible sensor that responds to help correct engine knock over a broad range of vehicle conditions.
Custom magnetic circuit programming calibrates the sensor while performance testing for improved timing accuracy between the target wheel and sensor output. Advanced circuitry protects the system from stray electromagnetic fields and power spikes.
Custom magnetic circuit programming calibrates the sensor while performance testing for improved timing accuracy between the target wheel and sensor output. Advanced circuitry protects the system from stray electromagnetic fields and power spikes.
An integrated A/D converter and digital signal processing with a dynamically adaptive switch point improve accuracy and operation. Advanced circuitry protects the system from stray electromagnetic fields and power spikes.
BWD knock sensors are designed to respond to knock frequencies up to 1000 Hz accommodating shifts in engine knock frequency, making it a more flexible sensor that responds to help correct engine knock over a broad range of vehicle conditions.