Languages

•Schlüsselwortsuche
•Lagerbestandssuche
•Querverweissuche
•Parametrische Suche

Thermische Abschaltung-Geräte (TCOs) - Technische Bibliothek

C1564_Komatsulite_AppNote_draft

Mini-Breakers - Circuit Protection in Li-Ion Battery Cell Operated Electronics Application Note

metaverse_white_paper

Miniaturized Overtemperature Protection Allows Users to Safely Enter the Metaverse

bourns_usb-c-appnote

Application Note - Protecting USB Type-C Cable Connectors Featuring Higher Power & Tighter Pin Spacing

New in Thermal Cutoff Devices

Type	Date Issued	Headline	File, Size
White Paper	April, 2024	Advantages of Compact Resettable Overtemperature Protection in Multiple Types of Heater Designs White Paper	PDF, 901 KB
New Product Brief	November, 2023	Bourns® Model SW Mini-breaker Thermal Cutoff Device New Product Brief	PDF, 887 KB
White Paper	November, 2023	A Simple Solution for LED Overtemperature Protection White Paper	PDF, 737 KB
Brochure	November, 2023	A Simplified Overtemperature Protection Solution for Wireless Charging Coils White Paper	PDF, 740 KB
White Paper	August, 2023	Employing Effective Automotive Heater Thermal Management Protection Using Mini-Breakers White Paper	PDF, 1.40 MB
New Product Brief	March, 2023	Bourns® Mini-Breaker Thermal Cutoff Device (TCO) Model SD and AD Series New Product Brief	PDF, 680.10 KB
Brochure	March, 2023	Bourns® Mini-breakers Brochure	PDF, 4.23 MB
White Paper	June, 2022	Bourns Battery Pack Protection Overview White Paper	PDF, 953.54 KB
White Paper	April, 2022	Miniaturized Overtemperature Protection Allows Users to Safely Enter the Metaverse	PDF, 2.26 MB
White Paper	February, 2020	Bourns Battery Pack Overview White Paper	PDF, 1.9 MB
Application Note	October, 2019	Bourns Overtemperature protection for Smartphone Lithium-ion Cells Appnote	PDF, 564.20 KB
New Product Brief	February, 2019	Bourns® Polymeric Thermal Cutoff (P-TCO) Devices	PDF, 732 KB
Application Note	February, 2019	Protecting USB Type-C Cable Connectors Featuring Higher Power & Tighter Pin Spacing Application Note	PDF, 917 KB
White Paper	May, 2017	Designing Effective Overtemperature Lithium Polymer Battery Cell Protection for Notebook PCs with Bourns® Mini-Breakers White Paper	PDF, 894 K
White Paper	May, 2017	New Battery Protection for Portable Electronics that Cuts Manufacturing Steps and Costs White Paper	PDF, 577 K
Application Note	April, 2017	Bourns® Mini-Breakers - Overcoming Circuit Protection Challenges in Lithium Battery Cell Operated Electronics Application Note	PDF, 620 K
White Paper	January, 2017	Implementing Overtemperature and Overcurrent Protection Matching Today's Higher Current Capacity Lithium-Ion Batteries White Paper	PDF, 241 K

Publications

Advantages of Compact Resettable Overtemperature Protection in Multiple Types of Heater Designs White Paper (PDF, 901,22 KB )
A Simplified Overtemperature Protection Solution for Wireless Charging Coils White Paper (PDF, 740,53 KB )
A Simple Solution for LED Overtemperature Protection White Paper (PDF, 737,15 KB )
Bourns® Model SW Mini-breaker Thermal Cutoff Device New Product Brief (PDF, 886,75 KB )
Employing Effective Automotive Heater Thermal Management Protection Using Mini-Breakers White Paper (PDF, 1,40 MB )
Bourns® Mini-Breaker Thermal Cutoff Device (TCO) Model SD and AD Series New Product Brief (PDF, 680,10 KB )
Designing Effective Overtemperature Lithium Polymer Battery Cell Protection for Notebook PCs with Bourns® Mini-Breakers White Paper (PDF, 872,98 KB )
Keeping Higher Current Lithium-ion Battery Cells Safe with Effective Overtemperature Protection (PDF, 590,09 KB )
Bourns Mini-Breakers - Miniature Thermal Cutoff Devices (TCOs) Brochure (PDF, 5,45 MB )
Bourns Overtemperature protection for Smartphone Lithium-ion Cells Appnote (PDF, 564,20 KB )
Bourns Battery Pack Overview White Paper (PDF, 1,83 MB )
Miniaturized Overtemperature Protection Allows Users to Safely Enter the Metaverse (PDF, 2,26 MB )

Bourns P-TCO Series New Product Brief (PDF, 795,13 KB )
Protecting USB Type-C Cable Connectors Featuring Higher Power & Tighter Pin Spacing Application Note (PDF, 1,14 MB )