Transformers

3FS-248

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POWER TRANSFORMERS THROUGH HOLE 1.1VA

Transformers

Active

POWER TRANSFORMERS THROUGH HOLE 1.1VA

Technical Specifications

Parameters and characteristics for this part

Specification	3FS-248

Center Tap	No
Current - Output (Max) Parallel	46 mA
Current - Output (Max) Series	23 mA
Height - Seated (Max)	25.4 mm
Mounting Type	Through Hole
Power - Max	1.1 W
Primary Winding(s)	Single
Secondary Winding(s)	Dual
Size / Dimension Length	35.56 mm
Size / Dimension Width	31 mm
Termination Style	PC Pin
Type	Laminated Core
Voltage - Isolation	2500 Vrms
Voltage - Primary	115 V
Voltage - Secondary (Full Load) (Parallel)	24 V
Voltage - Secondary (Full Load) (Series)	48 V

Part	Height - Seated (Max)	Mounting Type	Voltage - Isolation	Power - Max	Primary Winding(s)	Voltage - Secondary (Full Load) (Parallel)	Voltage - Secondary (Full Load) (Series)	Center Tap	Type	Current - Output (Max) Series	Current - Output (Max) Parallel	Secondary Winding(s)	Termination Style	Voltage - Primary	Size / Dimension Width	Size / Dimension Length
Tamura 3FS-216	25.4 mm	Through Hole	2500 Vrms	1.1 W	Single	8 V	16 V	No	Laminated Core	70 mA	140 mA	Dual	PC Pin	115 V	31 mm	35.56 mm
Tamura 3FS-320	32.1 mm	Through Hole	2500 Vrms	2.4 W	Single	10 V	20 V	No	Laminated Core	120 mA	240 mA	Dual	PC Pin	115 V	31 mm	35.56 mm
Tamura 3FS-412	34.55 mm	Through Hole	2500 Vrms	6 W	Single	6.3 V	12.6 V	No	Laminated Core	500 mA	1 A	Dual	PC Pin	115 V	34.83 mm	41.5 mm
Tamura 3FS-224	25.4 mm	Through Hole	2500 Vrms	1.1 W	Single	12 V	24 V	No	Laminated Core	45 mA	90 mA	Dual	PC Pin	115 V	31 mm	35.56 mm
Tamura 3FS-248	25.4 mm	Through Hole	2500 Vrms	1.1 W	Single	24 V	48 V	No	Laminated Core	23 mA	46 mA	Dual	PC Pin	115 V	31 mm	35.56 mm

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

3D models and CAD resources for this part

General part information

POWER TRANSFORMERS THROUGH HOLE 1.1VA

Technical documentation and resources

No documents available