Tin/Silver - Matte Tin - with Nickel barrier Pulse & Datacom Transformers 7

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Part RoHS Manufacturer Transformer Type Mounting Feature Manufacturer Series Approvals (V) Terminal Finish Impedance (Primary) Power Rating No. of Functions Impedance (Secondary) No. of Winding (Primary) Maximum Pulse Rise Time Isolation Voltage Insertion Loss 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-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)

DA2320-ALC

Coilcraft

PULSE TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

1

1

1500 V

264 uH

TR, EMBOSSED PLASTIC, 7 INCH

24.5 V-us

2

Pulse/Datacom Transformer

L6.6XB5.0XH5.4 (mm)

125 Cel

GATE DRIVE

-40 Cel

5.4 mm

5.6 mm

1.5 ohm

HEIGHT DIM INCLUDES TERMINAL ALSO

50 KHz

6.6 mm

1:1:1

2000 KHz

DA2320-ALD

Coilcraft

PULSE TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

1

1500 V

264 uH

TR, EMBOSSED PLASTIC, 13 INCH

24.5 V-us

L6.6XB5.0XH5.4 (mm)

125 Cel

GATE DRIVE

-40 Cel

5.4 mm

5.6 mm

HEIGHT DIM INCLUDES TERMINAL ALSO

6.6 mm

1:1:1

U6982-CLD

Coilcraft

PULSE TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

1

1

1500 V

59 uH

TR, EMBOSSED PLASTIC, 13 INCH

22 V-us

1

Other Transformers

L6.99XB6.6XH5.46 (mm)

85 Cel

GATE DRIVE

-40 Cel

5.46 mm

6.6 mm

3.3

1.8 ohm

6.99 mm

1CT:2.1CT

DA2319-ALB

Coilcraft

PULSE TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

1

1

1500 V

296 uH

TR

25.8 V-us

1

Other Transformers

L6.6XB5.0XH5.4 (mm)

125 Cel

GATE DRIVE

-40 Cel

5.4 mm

5.6 mm

.655 ohm

HEIGHT DIM INCLUDES TERMINAL ALSO

50 KHz

6.6 mm

1:1

2000 KHz

DA2319-ALD

Coilcraft

PULSE TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

1

1500 V

296 uH

TR, EMBOSSED PLASTIC, 13 INCH

25.8 V-us

L6.6XB5.0XH5.4 (mm)

125 Cel

GATE DRIVE

-40 Cel

5.4 mm

5.6 mm

HEIGHT DIM INCLUDES TERMINAL ALSO

6.6 mm

1:1

DA2318-ALC

Coilcraft

PULSE TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

1

1500 V

680 uH

TR, EMBOSSED PLASTIC, 7 INCH

40.8 V-us

Other Transformers

L6.6XB5.0XH5.4 (mm)

125 Cel

GATE DRIVE

-40 Cel

5.4 mm

5.6 mm

.86 ohm

HEIGHT DIM INCLUDES TERMINAL ALSO

50 KHz

6.6 mm

1.5:1

2000 KHz

Q4470-CLB

Coilcraft

PULSE TRANSFORMER

SURFACE MOUNT

Tin/Silver - Matte Tin - with Nickel barrier

.25 W

1

1

1500 V

400 uH

TR

32 V-us

1

Other Transformers

L6.99XB6.6XH5.46 (mm)

85 Cel

GATE DRIVE

-40 Cel

5.46 mm

6.6 mm

5

1.25 ohm

5

6.99 mm

1CT:1.3CT

Pulse & Datacom Transformers

Pulse transformers and datacom transformers are two types of transformers used in electronic circuits for signal isolation and transmission.

Pulse transformers are used to transmit short-duration electrical pulses between two circuits, while providing electrical isolation between them. They are commonly used in applications such as digital communication, pulse amplifiers, and switching power supplies. Pulse transformers are typically designed to handle high voltage and high-frequency signals, and have a low turns ratio. They are also designed to minimize signal distortion and provide high signal integrity.

Datacom transformers, also known as isolation transformers, are used to provide electrical isolation and impedance matching between two circuits in data communication applications, such as Ethernet and other networking protocols. They are used to eliminate ground loops, reduce electromagnetic interference (EMI), and provide surge protection. Datacom transformers are typically designed to handle low voltage and low-frequency signals, and have a high turns ratio. They are also designed to provide high common-mode rejection and low insertion loss.