SM203J1K Search Results

SM203J1K Datasheets (1)

Part	ECAD Model	Manufacturer	Description	Datasheet Type	PDF	PDF Size	Page count
SM203J1K		US Sensor/Littelfuse	Sensors, Transducers - Temperature Sensors - NTC Thermistors - NTC THERMISTOR 20K OHM 10% MELF	Original	PDF	54.02KB

SM203J1K Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
WM103J1A Abstract: sm403j1k LL34 ll-34 diode SM103G1K K 2941 thermistor K 2941 SM103J1K SM104R1K WM153J1A Contextual Info: "MELF" Style Surface Mount NTC Thermistors LL-34 MiniMELF U.S. Sensor’s NTC LL-34 “MELF” style glass encapsulated surface mount thermistors are manufactured using super stable NTC chips which are hermetically sealed in a glass package. The result is an extremely reliable surface mount package which is capable of	Original	LL-34 LL-34 LL-34" HM103J1A HM153J1A HM203J1A HM503J1A HM104J1A WM103J1A sm403j1k LL34 ll-34 diode SM103G1K K 2941 thermistor K 2941 SM103J1K SM104R1K WM153J1A	PDF
Contextual Info: RESISTANCE e + 2 5'C = 2 0 ,0 0 0 0 t 10% R ESISTAN C E/TEM PERATURE CURVE = " J " BETA 'f 0 TO + 5 0 'C = 3 ,892 'K NOMINAL TEMPERATURE COEFFICIENT e + 2 5 C = - 4.4% /"C NOMINAL DISSIPATION CONSTANT = 2 m W /'C NOMINAL THERMAL TIME CONSTANT = 8 SECONDS NOMINAL	OCR Scan	SM203J1K	PDF

Catalog Datasheet

Type

Document Tags

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WM103J1A

Abstract: sm403j1k LL34 ll-34 diode SM103G1K K 2941 thermistor K 2941 SM103J1K SM104R1K WM153J1A
Contextual Info: "MELF" Style Surface Mount NTC Thermistors LL-34 MiniMELF U.S. Sensor’s NTC LL-34 “MELF” style glass encapsulated surface mount thermistors are manufactured using super stable NTC chips which are hermetically sealed in a glass package. The result is an extremely reliable surface mount package which is capable of

Original

LL-34 LL-34 LL-34" HM103J1A HM153J1A HM203J1A HM503J1A HM104J1A WM103J1A sm403j1k LL34 ll-34 diode SM103G1K K 2941 thermistor K 2941 SM103J1K SM104R1K WM153J1A

PDF

Contextual Info: RESISTANCE e + 2 5'C = 2 0 ,0 0 0 0 t 10% R ESISTAN C E/TEM PERATURE CURVE = " J " BETA 'f 0 TO + 5 0 'C = 3 ,892 'K NOMINAL TEMPERATURE COEFFICIENT e + 2 5 C = - 4.4% /"C NOMINAL DISSIPATION CONSTANT = 2 m W /'C NOMINAL THERMAL TIME CONSTANT = 8 SECONDS NOMINAL

OCR Scan

SM203J1K

PDF