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Sensor Fusion/ADAS
Sensors, cameras, radar, and lidar for advanced driver assist systems (ADASs) in EVs need protection from ESDs and voltage surges. This block diagram highlights Littelfuse components that can do those jobs. Our solutions for ensuring signals for systems like self-driving and collision avoidance remain undistorted by electronic noise include TVS diodes, diode arrays, and Schottky diodes.
Product Categories
TVS Diode Arrays
TVS diode arrays protect electronics from damage due to transient voltage surges and electrostatic discharges (ESDs). Littelfuse offers a variety of these surge protective devices (SPDs) in SOIC, DIP, flipchip, and other designs. Our lightning SPDs direct massive voltage surges from lightning strikes on outdoor equipment to ground. Our ultra-low capacitance TVS diodes provide ESD protection to data ports and cables. We also make SPDs specifically for automotive applications. Find your solution in our Circuit Protection Products Selection Guide.
Schottky (Si/SiC)
Silicon Schottky diode rectifiers produce very low forward voltage drops while serving as ac switches in power converts and switched-mode power supplies. The devices can also be used to control the flow of current to other protection diodes. Littelfuse makes almost 100 types of silicon Schottky diodes. Consult our Power Semiconductor Product Catalog to find the best solution for your application.
Polymer ESD Suppressors
Polymer ESD suppressors protect electronics and people against harmful electrostatic discharges and other transient voltage surges such as lightning strikes. Littelfuse makes bidirectional ESD protection products for cables, data ports, USBs, cell phones, LCD and plasma screens, and antenna systems. We also produce XTREME-GUARD® ESD Protectors for automotive overvoltage protection applications. Durable enough to withstand thousands of shocks each hour for years on end, ESD suppressors ensure safe, reliable performance by electronic devices of all types.
TVS Diodes
Transient voltage suppressor (TVS) diodes defend against damage from overvoltage events by responding within picoseconds to shunt current to ground. The classic example of TVS diode use is protecting outdoor telecom equipment from lightning strikes. Littelfuse produces surface mount and leaded diodes and TVS diode arrays for that, as well as TVS diodes for cars, personal electronics, data cables, and household appliances. Consult our Circuit Protection Selection Guide to guide your search for a solution.
Block Diagram
Technology: | |
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Product Series: | AQ3400, AQ3102 |
Features: | AEC-Q qualified; low capacitance (1.0 pF 2.5 pF respectively); low leakage current; small form factor ?DFN |
Benefits: | Package optimized for high-speed data line routing; minimizes signal distortion; reduces voltage overshoot and provides a simplified PCB design |
Technology: | |
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Product Series: | AQ24COM-02 |
Features: | AEC-Q101 qualified; meets ESD protection levels specified under IEC 61000-4-2, ISO10605; low leakage current and clamping voltage |
Benefits: | Ensures reliability of the equipment without performance degradation |
Technology: | |
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Product Series: | AQ24COM-01 |
Features: | AEC-Q101 qualified; low clamping voltage and leakage current |
Benefits: | Ensures reliability of the equipment without performance degradation |
Technology: | |
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Product Series: | AQ24CANFD |
Features: | AEC-Q101 qualified; low clamping voltage and leakage current |
Benefits: | Ensures reliability of the equipment without performance degradation |
Technology: | |
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Product Series: | |
Features: | AEC-Q101 qualified; low capacitance (0.35 pF) and leakage current (100 nA); small package |
Benefits: | Ensures reliability of the equipment without performance degradation; compact design |
Technology: | |
---|---|
Product Series: | |
Features: | AEC-Q qualified; low capacitance; low leakage current; small form factor (?DFN) |
Benefits: | Package optimized for high-speed data line routing; minimizes signal distortion |