Increased automotive electrical demands require zonal modules that accommodate a wide range of power needs. Our high-side switches, controllers and smart eFuse high-side switches enable a robust, efficient and flexible design. Our devices and resources are space and weight conscious helping to reduce cabling and replace melting fuses.

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Benefits:

• Balanced between thermal performance and form factor
• Replacing discrete relays and fuses to optimize vehicle cabling
• Complete fault and diagnostic reporting

Rising 48V demands in modern automotive systems require intelligent switching solutions for zone and power distribution architectures. Our 48V high-side switches support efficient, reliable load control while reducing system complexity and material weight, enabling smarter, lighter designs.

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Benefits:

?70V input voltage tolerance for resilience against 48V transients

?High thermal density packaging for compact footprints and smaller board designs

?Enables cable reduction and connector material weight

?Integrated fault detection and load protection enhance system reliability

Our high-side switches offer smart solutions for enabling smaller and more power-efficient factory modules with increased power density. SPI and integrated ADC enable predictive maintenance and resolution, ensuring that downtime is planned and minimized. TI? also offers high-side switch controllers for high-current load driving and circuit breaking.

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Benefits:

• Adjustable current limiting and current sensing for protecting and diagnosing load events like wire break and? short circuits
• Inductive discharge clamping for reliably driving inductive loads (or loads connected by long cables)

As the automotive industry moves toward hybrid electric vehicles (HEVs) and electric vehicles (EVs), efficient battery management becomes the primary engineering challenge. Our high-side switches have the features and protections necessary for overcoming battery-monitoring design and control challenges.?

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Benefits:

• Feedback that enables efficient control and battery balancing
• Built-in system redundancies to help prevent failure
• Overload, short-circuit and reverse-battery protection

TI high-side power switches distribute power in a variety of robotic systems. High-side switches drive digital outputs, tools and holding brakes while high-side switch controllers act as circuit breakers. Smart eFuse high-side switches protect wire harnesses in space-constrained humanoids.

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Benefits:

• Adjustable current limiting and current sensing for protecting and diagnosing load events like wire breaks, short circuits and overload currents
• Bidirectional current monitoring and I2T-based overcurrent protection provide specialized diagnostic and protections for mobile and humanoid robots