THROUGH HOLE MOUNT SMPS Transformers 15

Reset All

Part	Manufacturer	Transformer Type	Mounting Feature	Approvals (V)	Terminal Finish	Power Rating	No. of Winding (Primary)	Isolation Voltage	Inductance (Primary)	Packing Method	No. of Winding (Secondary)	Sub-Category	Dimensions	Maximum Operating Temperature	Application	Output Voltage-2	Output Voltage-1	Minimum Operating Temperature	Height	Width	Nominal Input Voltage (V)	Minimum Input Voltage (V)	JESD-609 Code	Minimum Operating Frequency	Length	Maximum Operating Frequency	Maximum Input Voltage (V)
78253/55VC	Murata Manufacturing	SMPS TRANSFORMER	THROUGH HOLE MOUNT			1 W	1		190 uH	TUBE	1			85 Cel			5 V	-40 Cel	6.35 mm	9 mm	5				9.52 mm	500 KHz
78253/55C	Murata Manufacturing	SMPS TRANSFORMER	THROUGH HOLE MOUNT			1 W	1		600 uH	TUBE	1			85 Cel			5 V	-40 Cel	6.35 mm	9 mm	5				9.52 mm	500 KHz
7508110210	Wurth Elektronik	SMPS TRANSFORMER	THROUGH HOLE MOUNT				1		2000 uH	TRAY	2		L15.75XB15.0XH18.5 (mm)	125 Cel			11 V	-40 Cel	18.5 mm	15 mm		120			15.75 mm		200
782485/35C	Murata Manufacturing	SMPS TRANSFORMER	THROUGH HOLE MOUNT				1			TUBE	1								6.35 mm	9.14 mm					9.77 mm
782482/53VC	Murata Manufacturing	SMPS TRANSFORMER	THROUGH HOLE MOUNT				1			TUBE	1								6.35 mm	9.14 mm					9.77 mm
76253/55ENC	Murata Manufacturing	SMPS TRANSFORMER	THROUGH HOLE MOUNT		MATTE TIN		1			TUBE	1								12.5 mm	15 mm			e3		15 mm
782482/33VC	Murata Manufacturing	SMPS TRANSFORMER	THROUGH HOLE MOUNT				1			TUBE	1								6.35 mm	9.14 mm					9.77 mm
782485/55C	Murata Manufacturing	SMPS TRANSFORMER	THROUGH HOLE MOUNT				1			TUBE	1								6.35 mm	9.14 mm					9.77 mm
MTPL-2516-S12V	Vishay Intertechnology	SMPS TRANSFORMER	THROUGH HOLE MOUNT	MIL-PRF-27		3 W	2		450 uH		2			130 Cel			12 V	-55 Cel	16.51 mm	25.654 mm		90		100 KHz	29.718 mm	500 KHz	380
MTPL-2516-S15V	Vishay Intertechnology	SMPS TRANSFORMER	THROUGH HOLE MOUNT	MIL-PRF-27		3 W	2		450 uH		2			130 Cel			15 V	-55 Cel	16.51 mm	25.654 mm		90		100 KHz	29.718 mm	500 KHz	380
JA4429-AL	Coilcraft	SMPS TRANSFORMER	THROUGH HOLE MOUNT			24 W	1		400 uH	TRAY	1		L21.1XB21.1XH17.3 (mm)	85 Cel			24 V	-40 Cel	17.3 mm	21.1 mm		85			21.1 mm		265
Q4337-BL	Coilcraft	SMPS TRANSFORMER	THROUGH HOLE MOUNT		Tin/Silver - Tin - with Nickel barrier		1	500 V	22 uH	TRAY	2	Other Transformers	L24.13XB20.96XH17.78 (mm)	85 Cel	POWER	12 V	12 V	-40 Cel	17.78 mm	20.96 mm		4			24.13 mm		6
Q4343-BL	Coilcraft	SMPS TRANSFORMER	THROUGH HOLE MOUNT		Tin/Silver (Sn/Ag) - Tin (Sn)		1	500 V	85 uH	TRAY	2	Other Transformers	L27.94XB27.94XH24.13 (mm)	85 Cel	POWER	12 V	12 V	-40 Cel	24.13 mm	27.94 mm		18			27.94 mm		36
Q4344-BL	Coilcraft	SMPS TRANSFORMER	THROUGH HOLE MOUNT		Tin/Silver (Sn/Ag) - Tin (Sn)		1	500 V	85 uH	TRAY	3	Other Transformers	L27.94XB27.94XH24.13 (mm)	85 Cel	POWER	5 V	12 V	-40 Cel	24.13 mm	27.94 mm		18			27.94 mm		36
78250VC	Murata Manufacturing	SMPS TRANSFORMER	THROUGH HOLE MOUNT		MATTE TIN		1			TUBE	1								6.35 mm	9 mm			e3		9.52 mm

SMPS Transformers

Switched-mode power supply (SMPS) transformers are a type of transformer used in power electronics to convert AC voltage to DC voltage with high efficiency. They are commonly used in applications such as computer power supplies, LED lighting, and motor drives.

The basic principle of an SMPS transformer is to use a high-frequency switching circuit to convert the input voltage to a high-frequency AC voltage, which is then rectified and filtered to produce the DC output voltage. The SMPS transformer is a critical component in the switching circuit, and is designed to handle high frequencies and high voltages without overheating or breaking down.

SMPS transformers are typically designed with a ferrite core, which has a high magnetic permeability and low magnetic losses at high frequencies. The core is usually in the form of a toroid, pot core, or E-core, and is wound with one or more coils to create the primary and secondary windings of the transformer.

The primary winding of the SMPS transformer is connected to the input AC voltage, while the secondary winding is connected to the rectifier and filter circuit, which produces the DC output voltage. The number of turns and the size of the wire used in the windings are determined by the required voltage transformation ratio and the frequency range of the circuit.