MSD1260T Search Results

Contextual Info: Document 703-1 Coupled Inductors – MSD1260T For high temperature applications The MSD1260T series of shielded coupled inductors was designed specifically for high temperature applications – up to 125°C ambient. Tight coupling k ≥ 0.97 and 500 Vrms isolation make

Contextual Info: Document 703-1 Coupled Inductors – MSD1260T For high temperature applications The MSD1260T series of shielded coupled inductors was designed specifically for high temperature applications – up to 125°C ambient. Tight coupling k ≥ 0.94 and 500 V isolation make them

Contextual Info: Document 703-1 Coupled Inductors – MSD1260T For high temperature applications The MSD1260T series of shielded coupled inductors was designed specifically for high temperature applications – up to 125°C ambient. Tight coupling k ≥ 0.94 and 500 V isolation make them

Contextual Info: Document 703-1 Coupled Inductors – MSD1260T For high temperature SEPIC applications The MSD1260T series of shielded coupled inductors was designed specifically for high temperature applications – up to 125°C. The excellent coupling coefficient k ≥ 0.94 makes it ideal for use in SEPIC applications.

Contextual Info: Document 703-1 Coupled Inductors – MSD1260T For high temperature applications The MSD1260T series of shielded coupled inductors was designed specifically for high temperature applications – up to 125°C ambient. Tight coupling k ≥ 0.97 and 500 V isolation make them

Contextual Info: Document 703-1 Coupled Inductors – MSD1260T For high temperature applications The MSD1260T series of shielded coupled inductors was designed specifically for high temperature applications – up to 125°C ambient. Tight coupling k ≥ 0.97 and 500 Vrms isolation make them

MSD1260T-224KL

Abstract: SR-332 556C
Contextual Info: Document 703-1 Coupled Inductors – MSD1260T For high temperature applications The MSD1260T series of shielded coupled inductors was designed specifically for high temperature applications – up to 125°C. The excellent coupling coefficient k ≥ 0.94 makes it ideal for use in SEPIC applications.

Contextual Info: Document 703-1 Coupled Inductors – MSD1260T For high temperature applications The MSD1260T series of shielded coupled inductors was designed specifically for high temperature applications – up to 125°C ambient. Tight coupling k ≥ 0.94 and 500 V isolation make them

Contextual Info: Document 703-1 Coupled Inductors – MSD1260T For high temperature applications The MSD1260T series of shielded coupled inductors was designed specifically for high temperature applications – up to 125°C. The excellent coupling coefficient k ≥ 0.94 makes it ideal for use in SEPIC applications.

Contextual Info: Document 703-1 Coupled Inductors – MSD1260T For high temperature applications The MSD1260T series of shielded coupled inductors was designed specifically for high temperature applications – up to 125°C. The excellent coupling coefficient k ≥ 0.94 makes it ideal for use in SEPIC applications.

Contextual Info: Document 703-1 Coupled Inductors – MSD1260T For high temperature applications The MSD1260T series of shielded coupled inductors was designed specifically for high temperature applications – up to 125°C ambient. Tight coupling k ≥ 0.94 and 500 V isolation make them

MSD1260T-123ML

Contextual Info: Document 703-1 Coupled Inductors – MSD1260T For high temperature applications The MSD1260T series of shielded coupled inductors was designed specifically for high temperature applications – up to 125°C. The excellent coupling coefficient k ≥ 0.94 makes it ideal for use in SEPIC applications.

MSD1278T

Contextual Info: Key 1 2.5 0.05 Isat DCR A (Ohms) L1 2 Coupled Inductors 4 • Isat is the sum of the current flowing in both windings. DCR is the maximum per winding. • When windings are connected in parallel, inductance is the same value and DCR is half the value shown.

LPR6235

Abstract: MSD1278T
Contextual Info: Coupled Inductors Key 1 2.5 4 L1 0.05 Isat DCR A (Ohms) 2 L2 3 1:1 • Isat is the sum of the current flowing in both windings. DCR is the maximum per winding. • When windings are connected in parallel, inductance is the same value and DCR is half the value shown.