Introduction of Pulse Transformer

A pulse transformer is an enhanced transformer that produces electrical pulses of great velocity and constant amplitude. Pulse Transformer are widely used in transmitting digital information as well as in transistors, mainly in gate drive circuits.

Pulse Transforer Applications and Advantages

Pulse transformers are made for high load applications, and are often used for power distribution. They aim to minimize voltage drop, rise time, and pulse distortion. These components can be working at high frequencies, and can transfer more power than a normal transformer. Pulse transformers can be seen in low power circuits, switched mode power supplies, and signal transmission. Go on and figure out the advantages of using pulse transformers.

  • Transfer High Energy: High energy can be transferred efficiently with short rise-time and high permeability.
  • More Windings: It helps limit phase shifts or delays.
  • Prevents Stray Currents: Pulse transformers have galvanic isolation between the windings, which prevents the passing of stray currents.

Conclusion

Pulse transformers are designed in terms of power rating, inductance, voltage level (low to high), operating frequency, size, impedance, bandwidth, packaging, winding capacitance, and other parameters.

Winshine designs pulse transformers for your industrial applications in a wide range of shapes and sizes, including various standard types of €core with bobbin€ structures ( EP, EFD, PQ, POT, U and others ), toroids, and some custom designs. Please email us about your requirements at sales@winshinecorp.com