Tin/Silver - Matte Tin - with Nickel barrier SMPS Transformers 15

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Part RoHS Manufacturer Transformer Type Mounting Feature Manufacturer Series Approvals (V) Terminal Finish Power Rating No. of Functions No. of Winding (Primary) Isolation Voltage Inductance (Primary) Packing Method Output Current-1 Minimum ET Product Output Current-2 Maximum DC Unbalance Current 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) Load Resistance Additional Features Minimum Input Voltage (V) JESD-609 Code Minimum Operating Frequency Length Turns Ratio (Np:Ns) Maximum Operating Frequency Maximum Input Voltage (V)

JA4456-DLD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

25 W

2

70 uH

TR, EMBOSSED PLASTIC, 13 INCH

3

125 Cel

5 V

5 V

-40 Cel

12.7 mm

20.57 mm

36

21 mm

57

A0009-ALD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

6.6 W

1

100 uH

TR, EMBOSSED PLASTIC, 13 INCH

1

L22.0XB19.0XH13.5 (mm)

85 Cel

3.3 V

-40 Cel

13.5 mm

18 mm

18

19 mm

55

DA2032-ALB

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

4

1500 V

10 uH

TR

3 A

1

Other Transformers

L17.2XB14.98XH8.89 (mm)

125 Cel

POWER

-40 Cel

8.89 mm

14.98 mm

1.6 ohm

HEIGHT DIMENSION INCLUDES TERMINALS ALSO

3

17.2 mm

1:10

24

NA5743-ALD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

AEC-Q200

Tin/Silver - Matte Tin - with Nickel barrier

12 W

2

4 uH

TR, EMBOSSED PLASTIC, 13 INCH

1

125 Cel

30 V

80 V

-40 Cel

11.43 mm

10.5 mm

HEIGHT DIMENSION INCLUDES TERMINAL ALSO

2

12.7 mm

8

POE13P-12LD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

13 W

2

127000 uH

TAPE & REEL

2

L13.46XB13.0XH12.32 (mm)

85 Cel

12 V

12 V

-40 Cel

12.32 mm

13 mm

HEIGHT DIMENSION INCLUDES TERMINAL ALSO

36

13.46 mm

250 KHz

72

POE300F-12LD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

30 W

3

42 uH

TAPE & REEL

3

L21.0XB20.57XH11.43 (mm)

125 Cel

12 V

-40 Cel

11.43 mm

20.57 mm

HEIGHT DIMENSION INCLUDES TERMINAL ALSO, SWITCHING FREQUENCY IS 250 KHZ, TURNS RATIO: 1:0.33; 1:0.33

36

21 mm

72

POE13P-50LD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

13 W

2

127000 uH

TAPE & REEL

2

L13.46XB13.0XH12.32 (mm)

85 Cel

5 V

12 V

-40 Cel

12.32 mm

13 mm

HEIGHT DIMENSION INCLUDES TERMINAL ALSO

36

13.46 mm

250 KHz

72

POE30P-50LD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

3 W

2

310000 uH

TAPE & REEL

2

L10.92XB8.6XH9.02 (mm)

85 Cel

5 V

12 V

-40 Cel

9.02 mm

8.6 mm

HEIGHT DIMENSION INCLUDES TERMINAL ALSO

36

10.92 mm

250 KHz

72

C1174-ALD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

2

150 uH

TR, EMBOSSED PLASTIC, 13 INCH

3

L17.20XB14.98XH8.51 (mm)

125 Cel

5 V

-40 Cel

8.51 mm

14.98 mm

HEIGHT DIM INCLUDES TERMINAL ALSO, TURNS RATIO: 5.0:1; 3.2:1; 2.25:1

18

17.2 mm

500 KHz

72

C1585-ALD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

13 W

1

1500 V

127 uH

TR, EMBOSSED PLASTIC, 13 INCH

2.6 A

1

Other Transformers

13.46mm X 13.0mm X 12.32mm

85 Cel

SIGNAL

5 V

-40 Cel

12.7 mm

13 mm

.039 ohm

36

13.46 mm

1:0.25

250 KHz

72

POE13F-12LD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

13 W

3

35 uH

TR, EMBOSSED PLASTIC, 13 INCH

2

L17.2XB14.98XH8.51 (mm)

125 Cel

12 V

-40 Cel

8.51 mm

14.98 mm

FLYBACK TRANSFORMER

36

17.2 mm

250 KHz

72

POE300F-50LD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

30 W

3

42 uH

TAPE & REEL

3

L21.0XB20.57XH11.43 (mm)

125 Cel

5 V

-40 Cel

11.43 mm

20.57 mm

HEIGHT DIMENSION INCLUDES TERMINAL ALSO, SWITCHING FREQUENCY IS 250 KHZ, TURNS RATIO: 1:0.14; 1:0.33

36

21 mm

72

B0226-ELD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

2 W

2

120 uH

TR, EMBOSSED PLASTIC, 13 INCH

.4 A

2

Other Transformers

L12.07XB10.16XH5.97 (mm)

85 Cel

POWER

12 V

12 V

-40 Cel

5.97 mm

10.16 mm

35

12.07 mm

76

C1173-ALD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

2

166.5 uH

TR, EMBOSSED PLASTIC, 13 INCH

3

L17.20XB14.98XH8.51 (mm)

125 Cel

3.3 V

-40 Cel

8.51 mm

14.98 mm

HEIGHT DIM INCLUDES TERMINAL ALSO, TURNS RATIO: 6.5:1; 3.7:1; 2.0:1

18

17.2 mm

500 KHz

72

DA2257-ALD

Coilcraft

SMPS TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

1

2000 V

35 uH

TR, EMBOSSED PLASTIC, 13 INCH

2.7 A

2

Other Transformers

L13.46XB13.00XH12.32 (mm)

85 Cel

ISOLATION

5 V

3.3 V

-40 Cel

12.7 mm

13 mm

.225 ohm

14

13.46 mm

60

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.