pulse transformer

pulse transformer has the following characteristics:

1. Pulse characteristics: The pulse transformer is specially designed to process pulse signals. The amplitude and width of the output pulse signal are controllable, and the rise time and fall time are very short. The pulse signal is a repeated cycle, a certain interval, and only positive or negative voltage.
2. working state: The pulse transformer works in a transient state, and the pulse process occurs in a short time, which is a square wave with a smooth top. The general ordinary transformer is working in the continuous constant magnetization, the alternating signal is according to the sine wave change.
3. transmission requirements: The pulse transformer requires no distortion during waveform transmission, that is, the leading edge and top drop of the waveform are required to be as small as possible. There may be some contradictions between these two indicators in practical application, which need to be weighed and optimized.
4. Structure and design: Pulse transformers are generally composed of iron cores, windings and shells, and have the characteristics of small size, light weight and high efficiency. Some pulse transformers such as Pikatron pulse transformers, using advanced electromagnetic design and special insulation materials, can withstand higher voltage, with high reliability and wide input voltage range, as well as a variety of output voltage options.
5. Widely used: Pulse transformers are widely used in medical, scientific research, industry and other fields, such as thyristor trigger circuits, various electronic equipment, etc. There is also a pulse transformer in the computer.

In general, pulse transformers have excellent pulse signal processing capabilities, efficient and stable operating characteristics, and a wide range of applications.