Trimmpotentiometer Trimpot® – Multiturn

Trimpot® Trimming Potentiometers - Multiturn

Spezifikationen

Mit den Trimpot®-Trimmpotentiometern von Bourns® werden eine Vielzahl Schaltungsanpassungen in allen Arten von elektronischen Geräten realisiert. Die Vielfalt der möglichen physikalischen Konfigurationen und die Fähigkeit der Komponenten, im heutigen Produktionsumfeld zu bestehen, bietet Konstrukteuren Flexibilität bei der Auswahl des besten Trimmers für die jeweilige Anwendung. Auf der ganzen Welt werden Trimmpotentiometer praktisch auf jedem elektronischen Markt eingesetzt.

Zu den typischen Anwendungen gehören die Messung linearer Wege und die Erfassung von Winkeln und Rotationen in Fertigungseinrichtungen, industriellen Prüf- und Messgeräten und medizinischen Geräten.

Bitte lesen Sie unseren Artikel zu Sicherheitsfragen in Bezug auf Nachbildungen von Bourns®-Trimmern. Liste der QPL-zugelassenen Produkte. Bourns bietet für diese Produktlinie Design Kits an. Anwendungsbeschreibungen, Verfahrensinformationen, Einstellungswerkzeuge, Hardware und weitere

Dokumente finden Sie in unserer Bibliothek.

Konfliktmineralien- Herkunftsbericht für Trimpot®, Switch, and Modular Contact ：CMRT

Mit diesem Symbol gekennzeichnete Produkte sind verfügbar, werden jedoch nicht für Neuentwicklungen empfohlen.

Bourns® Tel-Notes
Mobile Breitband-Stromversorgungsgeräte: Strom- und Spannungsregelung von LTE RRU Leistungsmodulen (PDF, 183K)

Product Series

Parametric Table

RoHS Files

Collateral

Videos

Request Samples

Serie	Datenblatt	Lebensdauer Umdrehungen	Anz. Umdrehungen	Nennleistung	Montageart	Widerstandsbereich	CRV/ENR	Temperaturkoeffizient	Konstruktion	MDS	Design Dateien
3005		200 cycles	20	1 W	through-hole	10 Ω to 50K Ω	100 Ω ENR max.	±50 ppm/°C	sealed	3005	Downloads
3006		200 cycles	15	0.75 W	through-hole	10 Ω to 2 MΩ	1 % or 2 Ω (whichever is greater)	±100 ppm/°C	sealed	3006 (10 to 200 ohms) 3006 (250 to 50K ohms) 3006 (100K to 2M ohms)	Downloads
3009		200 cycles	15	0.75 W	through-hole	10 Ω to 2 MΩ	1 % or 1 Ω (whichever is greater)	±100 ppm/°C	sealed	3009 (10 to 200 ohms) 3009 (250 to 50K ohms) 3009 (100K to 2M ohms)	Downloads
3057		200 cycles	22	1 W	through-hole	10 Ω to 50K Ω	100 Ω ENR max.	±50 ppm/°C	sealed	3057L 3057	Downloads
3059		200 cycles	22	1 W	through-hole	10 Ω to 2 MΩ	1% or 2 Ω (whichever is greater)	±100 ppm/°C	sealed	3059 (10 to 250 Ohms) 3059 (250 to 50K Ohms) 3059 (50K to 2M Ohms)	Downloads
3082		200 cycles	10	0.3 W	through-hole	10 Ω to 2 MΩ	3 % or 3 Ω (whichever is greater)	±100 ppm/°C	sealed	3082 (10 to 250 ohms) 3082 (250 to 50k ohms) 3082 (51k to 500K ohms) 3082 (500K to 2M ohms)	Downloads
3214		200 cycles	5	0.25 W	surface mount	10 Ω to 2 MΩ	3 % or 3 Ω (whichever is greater)	±100 ppm/°C	sealed	3214 (10 to 200 ohms) 3214 (250 to 20k ohms) 3214 (25k to 2M ohms)	Downloads
3223		200 cycles	11	0.125 W	surface mount	10 Ω to 2 MΩ	3 % or 3 Ω max. (whichever is greater)	±100 ppm/°C	sealed	3223 (10 to 200 ohms) 3223 (250 to 50k ohms) 3223 (51k to 2M ohms)	Downloads
3224		200 cycles	12	0.25 W	surface mount	10 Ω to 2 MΩ	1 % or 2 Ω (whichever is greater)	±100 ppm/°C	sealed	3224 (10 to 200 ohms) 3224 (250 to 20k ohms) 3224 (25k to 2M ohms)	Downloads
3250		200 cycles	25	1 W	through-hole	10 to 50K Ω	100 Ω ENR max.	±50 ppm/°C	sealed	3250 L 3250 P, W	Downloads
3252		200 cycles	25	0.75 W	through-hole	10 Ω to 2 MΩ	1 % or 2 Ω (whichever is greater)	±100 ppm/°C	sealed	3252 (10 to 250 ohms) 3252 (251 to 50K ohms) 3252 (51K to 5M ohms)	Downloads
3260		200 cycles	11	0.25 W	through-hole	10 to 25K Ω	100 Ω ENR max.	±100 ppm/°C	sealed	3260	Downloads
3262		200 cycles	12	0.25 W	through-hole	10 Ω to 1 MΩ	3 % or 3 Ω (whichever is greater)	±100 ppm/°C	sealed	3262 (10K) 3262 (10 to 200) 3262 (10 to 250 ohms) 3262 (50K to 500K) 3262 (51K to 1M ohms) 3262 (250 to 25K) 3262 (251 to 50K ohms) 3262 (501K to 1M)	Downloads
3266		200 cycles	12	0.25 W	through-hole	10 Ω to 1 MΩ	3 % or 3 Ω (whichever is greater)	±100 ppm/°C	sealed	3266 (10K ohms) 3266 (10 - 250 ohms) 3266 (50K to 500K) 3266 (251 - 25K ohms) 3266 501K to 1M	Downloads
3269		200 cycles	12	0.25 W	surface mount	10 to 1 MΩ	3 % or 3 Ω (whichever is greater)	±100 ppm/°C	sealed	3269 (10-200) 3269 (201-50k) 3269 (51k-500K) 3269 (500K-1M)	Downloads
3290		200 cycles	25	1 W	through-hole	10 Ω to 50K Ω	100 Ω ENR max.	±50 ppm/°C	sealed	3290	Downloads
3292		200 cycles	25	0.5 W	through-hole	10 Ω to 1 MΩ	1 % or 3 Ω (whichever is greater)	±100 ppm/°C	sealed	3292 (10 to 250 ohms) 3292 (251 to 50K ohms) 3292 (51K to 1M ohms) 3292 (1M to 2M ohms)	Downloads
3296		200 cycles	25	0.5 W	through-hole	10 Ω to 2 MΩ	1 % or 3 Ω (whichever is greater)	±100 ppm/°C	sealed	3296 (10 to 250 ohms) 3296 (251 to 50K ohms) 3296 (51K to 1M ohms) 3296 (1M to 2M ohms)	Downloads
3339		200 cycles	4	0.5 W	through-hole	100 Ω to 1 MΩ	3 % or 3 Ω (whichever is greater)	±100 ppm/°C	sealed	3339 (10 to 250 ohms) 3339 (250 to 250K ohms) 3339 (50K to 500K ohms) 3339 (500K to 1M ohms)	Downloads
PVG5	PVG5	200 cycles	12	0.25 W	surface mount	100 Ω to 2 MΩ	1 % or 2 Ω (whichever is greater)	±150 ppm/°C	sealed	PVG5 (10 to 200 ohms) PVG5 (250 to 25K ohms) PVG5 (50K to 2M ohms)
PV12	PV12	200 cycles	4	0.5 W	through-hole	100 Ω to 1 MΩ	3 % or 3 Ω (whichever is greater)	±100 ppm/°C	sealed	PV12 (10 to 200 ohms) PV12 (250 to 25K ohms) PV12 (50K to 500K ohms) PV12 (501K to 1M ohm)
PV36	PV36	200 cycles	25	0.5 W	through-hole	10 Ω to 2 MΩ	1 % or 3 Ω (whichever is greater)	±100 / ±150 ppm/°C	sealed	PV36 (10 to 250 ohms) PV36 (251 to 50K ohms) PV36 (51K to 500K ohms) PV36 (1.01M to 2M ohms)
PV37	PV37	200 cycles	12	0.25 W	through-hole	10 Ω to 1 MΩ	3 % or 3 Ω (whichever is greater)	±150 ppm/°C	sealed	PV37 (10 to 250 ohms) PV37 (10K ohms) PV37 (251 to 25K ohms) PV37 (51K to 500K ohms) PV37 (501K to 1M ohm)
3299		200 cycles	25	0.5 W	through-hole	10 Ω to 2 MΩ	3 % or 3 Ω (whichever is greater)	±100 ppm/°C	sealed	3299 (10 to 250 ohms) 3299 (250 to 50K ohms) 3299 (51K to 1M ohms) 3299 (1M to 2M ohms)	Downloads

: )

Bourns erwirbt Geschäftszweig für Einstellpotentiometer der Murata Manufacturing Co. Ltd.

Produktkatalog Trimpot®

Das Potentiometer-Handbuch

Kurzbroschüre – Abgedichtete Cermet-Trimmpotentiometer Trimpot® von Bourns in THT-Ausführung

Kurzbroschüre Trimmpotentiometer Verbraucherelektronik

Kurzbroschüre – Abgedichtete Cermet-Trimmpotentiometer Trimpot® in SMT-Ausführung

Datenblatt Bourns® Trimpot® Potentiometer

Anwendungsbeschreibung Multiturn vs. Singleturn

Integration von Trimpot®-Trimmpotentiometern Bourns® zur Dimmerregelung in LED-Glühbirnen

Trimmer-Leitfaden Trimpot®

RoHS-Konformitätsmatrix Trimpot®-Produkte

Anwendungs-/Verfahrensleitfaden für Trimmer aus unserem

Number of Turns

Mounting

Resistance

Power Rating

PART NUMBER	Number of Turns	Mounting	Resistance	Power Rating	Element	Body Size	Engineering	Buy Now

PART NUMBER

Number of Turns

Mounting

Resistance

Power Rating

Element

Body Size

Engineering

Buy Now

Model/Datasheet	MSL	Lötprofile	Verpackungsetikett	Anschluss	Konf.	Prüfberichte Dritter	MDB	China RoHS
3005	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	3005 Label	e4	TRIM 7	Request Report	3005	CRHOS3005
3006	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e3	TRIM 1	Request Report	3006 (10 to 200 ohms) 3006 (250 to 50K ohms) 3006 (100K to 2M ohms)	CRHOS3006
3009	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e3	TRIM 1	Request Report	3009 (10 to 200 ohms) 3009 (250 to 50K ohms) 3009 (100K to 2M ohms)	CRHOS3009
3057	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e4	TRIM 5	Request Report	3057L 3057	CRHOS3057
3059	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e3	TRIM 5	Request Report	3059 (10 to 250 Ohms) 3059 (250 to 50K Ohms) 3059 (50K to 2M Ohms)	CRHOS3059
3082	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	TBD	TRIM 1	Request Report	3082 (10 to 250 ohms) 3082 (250 to 50k ohms) 3082 (51k to 500K ohms) 3082 (500K to 2M ohms)	CRHOS3082
3214	See Note	Lötprofil – RoHS-konforme SMT-Trimmer	Label	e3	TRIM 4	Request Report	3214 (10 to 200 ohms) 3214 (250 to 20k ohms) 3214 (25k to 2M ohms)	CRHOS3214
3223	See Note	Lötprofil – RoHS-konforme SMT-Trimmer	Label	e3	TRIM 1	Request Report	3223 (10 to 200 ohms) 3223 (250 to 50k ohms) 3223 (51k to 2M ohms)	CROHS3223
3224	See Note	Lötprofil – RoHS-konforme SMT-Trimmer	Label	e3	TRIM 4	Request Report	3224 (10 to 200 ohms) 3224 (250 to 20k ohms) 3224 (25k to 2M ohms)	CRHOS3224
3250	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e3	TRIM 5	Request Report	3250 L 3250 P, W	CRHOS3250
3252	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e3	TRIM 1	Request Report	3252 (10 to 250 ohms) 3252 (251 to 50K ohms) 3252 (51K to 5M ohms)	CRHOS3252
3260	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e4	TRIM 5	Request Report	3260	CRHOS3260
3262	3262 (10 to 200) Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	3262W Label	e3	TRIM 4	Request Report	3262 (10K) 3262 (10 to 250 ohms) 3262 (50K to 500K) 3262 (51K to 1M ohms) 3262 (250 to 25K) 3262 (251 to 50K ohms) 3262 (501K to 1M)	CRHOS3262
3266	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	3266W Label	e3	TRIM 4	Request Report	3266 (10K ohms) 3266 (10 - 250 ohms) 3266 (251 - 25K ohms) 3266 (50K - 500K ohms) 3266 (501K - 1M ohms)	CRHOS3266
3269		Lötprofil – RoHS-konforme SMT-Trimmer	Label	e3	TRIM 4	Request Report	3269 (10-200) 3269 (201-50k) 3269 (51k-500K) 3269 (500K-1M)	CRHOS3269
3290	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e4	TRIM 5	Request Report	3290	CRHOS3290
3292	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e3	TRIM 1	Request Report	3292 (10 to 250 ohms) 3292 (251 to 50K ohms) 3292 (51K to 1M ohms) 3292 (1M to 2M ohms)	CRHOS3292
3296	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e3	TRIM 1	Request Report	3296 (10 to 250 ohms) 3296 (251 to 50K ohms) 3296 (51K to 1M ohms) 3296 (1M to 2M ohms)	CRHOS3296
3299	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e3	TRIM 1	Request Report	3299 (10 to 250 ohms) 3299 (250 to 50K ohms) 3299 (51K to 1M ohms) 3299 (1M to 2M ohms)	CRHOS3299
3306	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	TBD	TRIM 2	Request Report	3306F (RC ≤ 500) 3306F (RC ≥ 100K Ω) 3306F (500 Ω ≤ RC ≤ 100K Ω) 3306W (RC ≤ 500) 3306W (RC ≥ 100K Ω) 3306W (500 Ω ≤ RC ≤ 100K Ω)	CRHOS3306
3312	See Note	TBD	Label	TBD	TRIM 3	Request Report	3312 (10-200 ohms) 3312 (200 - 5K ohms) 3312 (5K-2M ohms)	TBD
3313	See Note	Lötprofil – RoHS-konforme SMT-Trimmer	Label	e4	TRIM 3	Request Report	3313 (10-200 ohms) 3313 (250-25K ohms) 3313 (26K-2M ohms) 3313 (10-200 ohms) Halogen Free 3313 (200-25K ohms) Halogen Free 3313 (26K-2M ohms) Halogen Free	CRHOS3313
3314	See Note	Lötprofil – RoHS-konforme SMT-Trimmer	Label	e4	TRIM 3	Request Report	3314 (10-200 ohms) 3314 (500-25K ohms) 3314 (26K-2M ohms)	CRHOS3314
3329	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e3	TRIM 2	Request Report	3329 H, P, U (10 to 250 ohms) 3329 H, P, U (250 to 25K ohms) 3329 H, P, U (50K to 500K ohms) 3329 H, P, U (500K to 1M ohms) 3329 M, S, W, X (10 to 250 ohms) 3329 M, S, W, X (250 to 25K ohms) 3329 M, S, W, X (50K to 500K ohms) 3329 M, S, W, X (500K to 1M ohms)	CRHOSH3329
3339	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	3339P Label	e3	TRIM 2	Request Report	3339 (10 to 250 ohms) 3339 (250 to 250K ohms) 3339 (50K to 500K ohms) 3339 (500K to 1M ohms)	CRHOSH3339
3345	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e4	TRIM 6	Request Report	3345	CRHOS3345
3352	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e3	TRIM 2	Request Report	3352 (10 to 300 ohms) 3352 (300 to 51K ohms) 3352 (51K to 2M ohms)	CRHOS3352
3360	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	3360Y Label	TBD	TRIM 2	Request Report	3360	CRHOS3360
3361	See Note	Lötprofil – RoHS-konforme SMT-Trimmer	Label	TBD	TRIM 3	Request Report	3361 (10 to 200 ohms) 3361 (10K) 3361 (51K to 500K) 3361 (250 to 50K) 3361 (501K to 2M)	CRHOS3361
3362	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e3	TRIM 3	Request Report	3362 (10 - 200 ohms) 3362 (250 - 25K ohms) 3362 (10K ohms) 3362 (50K - 500K ohms) 3362 (501K - 2M ohms)	CRHOS3362
3386	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	Label	e3	TRIM 3	Request Report	3386 (250 to 50K ohms) 3386 (51K to 1M ohms) 3386 (1.1M to 2M ohms) 3386 (10 to 200 ohms)	CRHOS3386
H-90, H-91, H-92	Seeking		TBD	N/A	Tools	Request Report	H-91 H-92 H-90
TC33	See Note	Lötprofil – RoHS-konforme SMT-Trimmer	Label	TBD	TRIM 2	Request Report	TC33X-1 (RC ≤ 1KΩ) TC33X-1 (RC ≥ 100K Ω) TC33X-1 (1K Ω ≤ RC ≤ 100K Ω) TC33X-2 (RC ≤ 1K Ω) TC33X-2 (RC ≥ 100K Ω) TC33X-2 (1K Ω ≤ RC ≤ 100K Ω)	CRHOSTC33
TC42	See Note	Lötprofil – RoHS-konforme SMT-Trimmer	Label	TBD	TRIM 2	Request Report	TC42 (RC ≤ 1K Ω) TC42 (RC ≥ 100K Ω) TC42 (1K Ω ≤ RC ≤ 100K Ω)	China RoHS - TC42X
PVG5	Seeking	Lötprofil – RoHS-konforme SMT-Trimmer	PVG5 label	e3	TRIM 4	Request Report	PVG5 (10 to 200 ohms) PVG5 (250 to 25K ohms) PVG5 (50K to 2M ohms)	CRHOSPVG5
PV12	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	PV12 label	e3	TRIM 2	Request Report	PV12 (10 to 200 ohms) PV12 (250 to 25K ohms) PV12 (50K to 500K ohms) PV12 (501K to 1M ohm)	CRHOSPV12PV32
PV32	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	PV32 label	e3	TRIM 2	Request Report	PV32H, P (10 to 250 ohms) PV32H, P (251 to 25K ohms) PV32H, P (51K to 500K ohms) PV32H, P (501K to 1M ohm) PV32N (10 to 250 ohms) PV32N (251 to 25K ohms) PV32N (51K to 500K ohms) PV32N (501K to 1M ohm)	CRHOSPV12PV32
PV36	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	PV36 label	e3	TRIM 4	Request Report	PV36 (10 to 250 ohms) PV36 (251 to 50K ohms) PV36 (51K to 500K ohms) PV36 (1.01M to 2M ohms)	CRHOSPV36PV37
PV37	Seeking	Anwendungsbeschreibung Löt- und Reinigungsverfahren	PV37 label	e3	TRIM 4	Request Report	PV37 (10 to 250 ohms) PV37 (10K ohms) PV37 (251 to 25K ohms) PV37 (51K to 500K ohms) PV37 (501K to 1M ohm)	CRHOSPV36PV37
PVG3	1	Anwendungsbeschreibung Löt- und Reinigungsverfahren	PVG3 label	e3	TRIM 3	Request Report	PVG3 (10 to 200 ohms) PVG3 (500 to 20K ohms) PVG3 (50K to 2M ohms)	PVG3

File	Type	Size	Uploaded on	Download
Schutz für Hochgeschwindigkeits-Kommunikationsanschlüsse	PDF	843,57 KB	28 Mai, 2015	Download

Mit einem Sternchen markierte Felder sind Pflichtfelder

Name*

Unternehmen*

Anschrift*

Stadt*

Staat*

PLZ*

Land*

Arbeitstelefon*

E-Mail-Adresse*

Teilenummer/Bezeichnung*

Anz. Muster*

Liefertermin

Jahresvolumen ca.*

Anwendung*

PrivatSchule/Schüler(in)Elektronikindustrie

Mit einem Sternchen markierte Felder sind Pflichtfelder

Vorname*

Nachname*

E-Mail-Adresse*

Phone

Unternehmen*

Anschrift*

Stadt*

Staat*

PLZ*

Land*

Art der Anfrage

Fragen oder Anmerkungen

https://www.youtube.com/embed/Nm_DJI66OI4

Bourns® Model AMS22 and AMM20 Programmer Systems

https://www.youtube.com/embed/e0LD62lj5xI

Bourns® Model AMS22 Demo

https://www.youtube.com/embed/nEB-WvEg7HA

Bourns® Model AMM20 Demo

https://www.youtube.com/embed/JfhRGnoSB3Q

Bourns® Model PWR220T

https://www.youtube.com/embed/0g-4yO34LfM

Bourns® Automotive Steering Sensors

https://www.youtube.com/embed/BS8zGqggp7U

Bourns® Pro Audio Components

https://www.youtube.com/embed/Gfielg2zKWQ

Bourns® Model 82 Vintage Premium Guitar Potentiometer

https://www.youtube.com/embed/PDyFhNtQ4us

Bourns Soldering Tips

https://www.youtube.com/embed/cZFbV1oijh4

Bourns Push-Pull Switch Guitar Application

https://www.youtube.com/embed/nRD6kc-NEtQ

Bourns Pickguard Upgrade Application

https://www.youtube.com/embed/NF-FN90Tkmk

Bourns Blend-Balance Bass Guitar Application

https://www.youtube.com/embed/HZI3tmGyOcw

Helpful Tips for Installing Guitar Potentiometers

https://www.youtube.com/embed/adTlZytoXgE

Bourns® Pro Audio Standard and Premium Guitar Potentiometers - Part 3: Grounding and Soldering

https://www.youtube.com/embed/smoO4Ytp4ec

Bourns® Pro Audio Standard and Premium Guitar Potentiometers - Part 2: Lubrication and Wear

https://www.youtube.com/embed/6uyti330_-4

Bourns® Pro Audio Standard and Premium Guitar Potentiometers - Part 1: Elements and Contacts

https://www.youtube.com/embed/x5XJVXOlL5Y

Bourns® Model 82 Guitar Potentiometer Factory Tour

https://www.youtube.com/embed/hEgygGlBDPg

Bourns® Overload Protection of Offline Flyback Converter

https://www.youtube.com/embed/UJ3rlY5K1bA

Bourns AEC-Q200 Competency

chipguard-esd-suppressors-aec-q200-compliant
chip-inductors-aec-q200-compliant
common-mode-chip-inductors-aec-q200-compliant
common-mode-chokes-aec-q200-compliant
diodes-aec-q101-compliant
fixed-resistors-aec-q200-compliant-resistors
power-inductors-aec-q200-compliant
resettable-fuses-multifuse-pptc-aec-q200-compliant
rotary-position-sensors-aec-q200-compliant
singlfuse-smd-fuses-aec-q200-compliant
tbu-high-speed-protectors-(hsps)-aec-q101-compliant
transformers-bms-aecq200
transformers-power-aec-q200-compliant
transformers-signal-aec-q200-compliant
trimpot-trimming-potentiometers-aec-q200-compliant
wirewound-chip-inductors-aec-q200-compliant
diodes-aec-q101-compliant-automotive-grade

https://www.youtube.com/embed/euXfej62BFA

Bourns® Resettable Fuses - Multifuse® PPTC

https://www.youtube.com/embed/Y37ZDjIBpKw

Bourns® AA Series Mini-Breaker (Miniature Thermal Cutoff Device)

https://www.youtube.com/embed/28CFXzOnadU

Bourns Protecting Li-Ion Batteries with Thermal Cut Off Devices

https://www.youtube.com/embed/LBNex6kh3m0

Bourns Battery Management

https://www.youtube.com/embed/W0BkHB1unD8

Bourns® FLAT® Technology Gas Discharge Tube (GDT) Surge Arrestors

https://www.youtube.com/embed/v6D39knjJ30

Bourns® RS-485 Evaluation Board Video

https://www.youtube.com/embed/teaVJbITCng

A Brief Introduction to Bourns® TBU® High Speed Protectors

https://www.youtube.com/embed/8cKyOytCv0M

Introducing Bourns® GMOV™ Components

https://www.youtube.com/embed/Eh3vfn1KAX8

Bourns® Environmental Sensors

https://www.youtube.com/embed/mbSBI5XLdB8

A Brief Introduction to RS-485 Evaluation Board 1

https://www.youtube.com/embed/nCloWgsLah4

Overtemperature Protection for USB Type-C Cables

https://www.youtube.com/embed/6GSSjDPV9So

Bourns® PQ Series Inductors

https://www.youtube.com/embed/OJD5OoJSNPs

Bourns® SM41126EL Transformer

https://www.youtube.com/embed/GbfNc3X5WpE

Bourns® Sensor Capabilities

https://www.youtube.com/embed/xEfveaks8V4

Bourns Magnetic Capabilities

transformers-htc
chip-beads
chip-inductors-common-mode
chip-inductors-aec-q200-compliant
chip-inductors-multilayer
chip-inductors-wirewound
common-mode-chip-inductors-aec-q200-compliant
common-mode-chokes
custom-magnetics
common-mode-chokes-aec-q200-compliant
custom-special-power-transformer-worksheet
custom-special-inductor-and-cmc-worksheet
j.w.-miller-through-hole-axial-lead-rf-chokes
j.w.-miller-through-hole-common-mode-chokes
j.w.-miller-through-hole-ferrite-beads-emi-filters
j.w.-miller-through-hole-high-current-chokes
j.w.-miller-through-hole-radial-lead-rf-chokes
j.w.-miller-through-hole-toroid-inductors
j-w-miller-smd-products
power-inductors-aec-q200-compliant
power-inductors-smd-dual-winding-shielded
power-inductors-smd-high-current-shielded
power-inductors-smd-non-shielded
power-inductors-smd-semi-shielded
power-inductors-smd-shielded
power-inductors-through-hole
power-magnetics-manufacturing-and-design
transformers-bms-aecq200
transformers-chip-lan
transformers-planar
transformers-power
transformers-power-aec-q200-compliant
transformers-signal
wirewound-chip-inductors-aec-q200-compliant
transformers-signal-aec-q200-compliant

https://www.youtube.com/embed/UuVEEXet3SM

Bourns® IsoMOV™ Hybrid Protector

https://www.youtube.com/embed/MwL6m0FqEKg

Bourns - Surge Suppression Component Superimposed With Live AC

https://www.youtube.com/embed/NweconkUlyA

Surging single MOV vs 2 in Parallel

https://www.youtube.com/embed/x70Wi_vgiYs

Demonstration of Universal AC Power Protection Solution on 120 Vac Line

https://www.youtube.com/embed/uud7z6JqXpo

Temporary Overvoltage Demo on IsoMOV M5-275

https://www.youtube.com/embed/wUqQ-cqc4o8

4030 Test Set

https://www.youtube.com/embed/t6VyHyNoxcY

Bourns Webinar: Magnetics Component Design Considerations for SMPS Applications (SiC and GaN)

https://www.youtube.com/embed/3U9drK0vxws

Bourns Webinar: Power & Signal Magnetics Solutions in Battery Management Systems

https://www.youtube.com/embed/P4vQ2WIBkbs

Bourns Webinar: Solutions for Low Power Conversion Drivers/Flyback Topology

https://www.youtube.com/embed/XFOz5FF48dA

Bourns Webinar: UL/IEC 62368-1 Got You Down? IsoMOV™ to the Rescue!

https://www.youtube.com/embed/hvcnul-xoQM

Bourns Webinar: Improving Battery Management Systems with High Accuracy Shunt Current Measurement

https://www.youtube.com/embed/6-5TcJx2pHw

Bourns Webinar: Latest BMS Design Solutions to Enhance Safety & Extend Battery Life

https://www.youtube.com/embed/bXV4OQjGSoU

Training: Bourns® Model CSS Series Current Sense Resistors

https://www.youtube.com/embed/mmL5zo6ctRE

Training: Bourns® Current Sense Resistors

https://www.youtube.com/embed/r7r0t0wmZWw

Training: Bourns® Power Resistors

https://www.youtube.com/embed/7OMppZzrdiM

Training: Bourns® Model AMM20B Non-Contacting Multiturn Rotary Position Sensors

https://www.youtube.com/embed/BsmGkZCSoXk

Training: Bourns® AMS22S Non-Contacting Analog Rotary Position Sensors

https://www.youtube.com/embed/MPj42VCMq1U

Training: Bourns® SRN Series Semi-Shielded Power Inductors

https://www.youtube.com/embed/qpnYLei_6n0

Training: Bourns® Model PWR263S-20 Fixed Resistor

https://www.youtube.com/embed/6ZqpjH8_1RU

Training: Bourns® FW Fusible Wirewound Resistor

https://www.youtube.com/embed/YKzAgeN2sa0

Training: Bourns® Magnetics Overview

transformers-htc
chip-beads
chip-inductors-aec-q200-compliant
chip-inductors-common-mode
chip-inductors-wirewound
chip-inductors-multilayer
common-mode-chip-inductors-aec-q200-compliant
common-mode-chokes
custom-magnetics
common-mode-chokes-aec-q200-compliant
custom-special-inductor-and-cmc-worksheet
custom-special-power-transformer-worksheet
j.w.-miller-through-hole-common-mode-chokes
j.w.-miller-through-hole-axial-lead-rf-chokes
j.w.-miller-through-hole-ferrite-beads-emi-filters
j.w.-miller-through-hole-high-current-chokes
j.w.-miller-through-hole-radial-lead-rf-chokes
j.w.-miller-through-hole-toroid-inductors
j-w-miller-smd-products
power-inductors-aec-q200-compliant
power-inductors-smd-shielded
power-inductors-smd-semi-shielded
power-inductors-smd-non-shielded
power-inductors-smd-high-current-shielded
power-inductors-smd-dual-winding-shielded
power-inductors-through-hole
power-magnetics-manufacturing-and-design
transformers-bms-aecq200
transformers-chip-lan
transformers-planar
transformers-power
transformers-power-aec-q200-compliant
transformers-signal-aec-q200-compliant
wirewound-chip-inductors-aec-q200-compliant
transformers-signal

https://www.youtube.com/embed/9DKj0rHayQE

Training: Bourns® Model AMS22B Non-Contacting Analog Rotary Position Sensor

https://www.youtube.com/embed/mLJb9i8PR_c

Training: Bourns® Model EMS22 Non-Contacting Magnetic Encoders

https://www.youtube.com/embed/j--IuFGVrNw

Training: Bourns® Model AMS22U Non-Contacting Analog Rotary Position Sensors

https://www.youtube.com/embed/HXnVnYTyAtA

Training: Bourns® Singlfuse™ SMD Fuses

https://www.youtube.com/embed/eBbFmpK8FDU

Training: Bourns® BPS240 Humidity Sensor

https://www.youtube.com/embed/t-c1pHyijp4

Training; Bourns® SinglFuse™ SMD Fuses - AEC-Q200-Equivalent Compliant

https://www.youtube.com/embed/NBd779BDNT4

Training: Bourns® GDT25 Next Generation 2-Electrode Gas Discharge Tube Arrestor

https://www.youtube.com/embed/PaiTMH8hv8I

Training: Bourns® Mini-Breakers (Miniature Thermal Cut Off Devices)

https://www.youtube.com/embed/AGH2Hvbs7bA

Training: Bourns® 1202 Series Type 1 Hybrid SPD

https://www.youtube.com/embed/YNJLq_18Pbw

Training: Bourns® IsoMOV™ Hybrid Protection Component Product Training Module

https://www.youtube.com/embed/MH1IGkZE7oI

Training: Bourns® TBU® High-Speed Protectors (HSP)

https://www.youtube.com/embed/fymZOv0Bp7g

Training: Bourns® Model 3382 Rotary Position Sensor Training

https://www.youtube.com/embed/VDXAtPDtcrg

Training: Bourns® Multifuse® MF-RM Series

https://www.youtube.com/embed/NLFeFe-tX4U

Training: Bourns® Polymeric Thermal Cutoff (P-TCO) Device

https://www.youtube.com/embed/6oMlO_A8rLo

Training: Bourns® Transient Current Suppressor (TCS™) High-Speed Protectors (HSPs)

https://www.youtube.com/embed/V6CfK8xPBAM

Training: Bourns® Multifuse® PPTC Resettable Fuses

https://www.youtube.com/embed/yuDDvzJV5jc

Training: Bourns® ESD Protection Devices

https://www.youtube.com/embed/47i6uPYaXvc

Training: Bourns® Pressure Sensors

https://www.youtube.com/embed/iuus5evFxJI

Training: Bourns® Power Transient Voltage Suppressor (PTVS) Diodes

https://www.youtube.com/embed/v6jeOjwF0tg

Training: Bourns® Model HCT Transformer

https://www.youtube.com/embed/ZxsWSn5Tqcg

Training: Bourns® Model 2051 Series Gas Discharge Tube (GDT)

https://www.youtube.com/embed/JsxH4eQlDrc

Training: Bourns® T-Series Fast Acting GDTs

https://www.youtube.com/embed/EoMwFN8tThs

Training: Bourns® Gas Discharge Tubes with FLAT® Technology

https://www.youtube.com/embed/o5DEqA1a7Ic

Bourns Webinar: Push-Pull Topology Highlights and Bourns Solutions for Low Power Conversion Drivers

https://www.youtube.com/embed/ZN2Vl6BAi7A

Training: Bourns® Gas Discharge Tube Surge Arrestors

https://www.youtube.com/embed/4rtsti1x74E