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Keeping the Lights on by Keeping the Power Down
A brief look at surge and safety standards such as IEC 61000-4-5 and IEC 60231 and a discussion of the power-limiting capability of the TPS92210 and TPS92560.
SMA6L Series SMA TVS Diode
The SMA6L Series from Littelfuse is designed specifically to protect sensitive electronic equipment from voltage transients induced by lightning and other transient voltage events.
SD and SD-C Series SPA® TVS Diodes - Lightning Surge Protection
These Littelfuse fast-acting TVS diodes are ideal for replacing multilayer varistors (MLVs) in low-speed and DC applications.
High Voltage Automotive AECQ 600 W TVS Diodes - TPSMB Series
Littelfuse’s TPSMB series TVS diode provides secondary protection of sensitive automotive and other electronics from transients induced by load dump.
Top 5 Design Considerations
This presentation will provide the top five criteria to consider when performing a protection need analysis for Network or Telecommunication interface.
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Littelfuse TVS Diodes | Digi-Key Daily
Digi-Key Daily previews TVS Diodes from Littelfuse. TVS diodes shut harmful surges to prevent harming sensitive electronics and measure 8.6 mm long and have a 8.6 mm diameter axial. Diode's TVS diodes meet AEC, IEC, ISO, UL, and JEDEC standards.
SMF Series TVS Diode
Littelfuse’s SMF series low-profile package, TVS diode is designed to protect sensitive electronic equipment from voltage transients induced by DC line spikes and ESD.
TVS SMD Diode Kits
Littelfuse and DigiKey have joined forces to offer an incredible deal on TVS SMD Diode Kits. Visit DigiKey.com to find the Littelfuse kit that's right for you
TVS Diodes 5000 W Axial AEC-Q101 SLD Series
The AEC-Q101 qualified SLD series automotive TVS diode from Littelfuse is designed specifically to protect sensitive electronic equipment from voltage transients.
Publish Date: 2015-12-18
Design a Low-Power Edge Tier Node for the Industrial IoT
Using the Maxim MAX14827 IO-Link transceiver developers can design a low-cost, low-power, intelligent IIoT edge node, starting with only three active devices.
Protecting Energy-Storage Devices in Energy-Harvesting Designs
Transient voltage suppression devices and techniques can help protect energy-storage devise from transient voltage damages.
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