I. Working principle

The basic working principle of the ultra-low-frequency high-voltage generator is to use the electromagnetic induction of the high-voltage transformer to convert low-voltage alternating current into high-voltage direct current. The workflow is as follows:

1. The low-voltage AC power enters the high-voltage transformer, and through the electromagnetic induction of the transformer, the voltage gradually increases from low to high.

2. Convert the alternating current output from the transformer into stable direct current through rectification, filtering and other circuits.

3. Part of the high-voltage direct current is divided by a voltage divider and then output, which can be used in experiments or manufacturing fields.

II. Application fields

1. Scientific research laboratory

Ultra-low frequency high voltage generators are commonly used in laboratory research in fields such as physics, chemistry, biology and medicine. In these experiments, a high-precision, stable electric field or voltage source is required to provide precise experimental conditions. For example, in biology, a cutting-edge research direction is to use high-voltage electric fields to rupture, fuse or transform cell membranes, which requires high-precision and stable high-voltage power supplies.

2.Medical institutions

The medical field is also one of the main application fields of ultra-low frequency and high voltage generators. The equipment can be used in surgeries such as electrotherapy, electrocution, and coagulation, as well as in the production of radioactive drugs or nuclear medicine examinations. For example, for tumor treatment, high-precision and stable electric fields or voltage sources are often required to enable better cutting or ablation of tumor tissue.

3. Industrial manufacturing

Ultra-low frequency and high voltage generators are also widely used in industrial fields such as electronics, electrical appliance manufacturing, petroleum, and chemical industry. For example, in some electronic products, high-voltage DC power supply is required to ensure the normal operation of the equipment. In fields such as petroleum and chemical industry, high-precision output of such equipment is also required to ensure the reliability and safety of the manufacturing process.

IV. Characteristics

1. High stability

The ultra-low-frequency high-voltage generator has the excellent characteristics of high precision and strong stability. It can work under large temperatures, light, magnetic fields and interference conditions, and has good long-term operation stability.

2. High output accuracy

The device has high output voltage and current accuracy and can meet many high-precision experiments and manufacturing needs.

3. Safe and easy to operate

The operation of the ultra-low-frequency high-voltage generator is simple and reliable, with stable output and high safety. It complies with ISO9001 quality management standards and is safe and reliable.

4. Things to note when choosing

When purchasing an ultra-low frequency high voltage generator, you need to consider the following factors:

1. In terms of output requirements, parameters such as voltage, current, and output power need to be considered.

2. In terms of accuracy, the performance indicators of the required instruments need to be evaluated based on the usage scenarios and requirements for experimental accuracy;

3. In terms of safety, it is necessary to pay attention to the safety performance of the instrument to ensure the safety of operators and equipment;

4. In terms of brand and service, you need to choose a manufacturer with guaranteed reputation and service quality.

To sum up, the ultra-low frequency high-voltage generator is a high-voltage power supply equipment widely used in scientific research experiments, medical institutions, industrial manufacturing and other fields. It has the advantages of high stability, high output accuracy, safety, and easy operation, and can meet a variety of experimental requirements and manufacturing needs. When choosing to purchase, you need to fully consider various factors such as actual needs, performance indicators, safety, and services to obtain equipment that meets your needs.

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