GN350ASR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Solid State Relays (SSRs) are electrical switches that allow the control of one of the two alternating currents in a circuit without the need for mechanical contact. SSR can be characterized by their switching times, which depend on the type and size of their switching element. Generally, they have a low switching time and can switch an AC power type within a few hundred microseconds. GN350ASR belongs to this family of SSRs. Its application field and working principle are discussed in this article.

GN350ASR has two main areas of application, industrial and household uses. In the industrial setting, it is often used in large-scale mechanical systems that require frequent switching. For example, in the manufacturing of motor vehicles, GN350ASR is often utilized for controlling the alternator, starter motor, and other electrical devices. Additionally, in the electrical industry, GN350ASR is used for controlling the loads of electric motors and other electronic devices. In the household setting, it is commonly used in computers, washing machines, microwave ovens, and other electronic devices that require frequent switching.

GN350ASR is a pseudo-modulated current controller which employs a linear-time-dependent characteristic to adjust the nominal current. This type of switching device modulates the current under the control of an external signal. This signal is generated by a controller circuit which is capable of measuring and adjusting the current. The switching process is determined by a switching element which is usually an insulated gate bipolar transistor.

The GN350ASR is a compact, linear-time-dependent switch perfect for controlling both AC and DC loads. In this type of SSR, the control signal is conveyed by a high-speed hall-effect element that functions as an element which is capable of detecting the magnetic field strength or current passing through the switching element. With this, the operation of the switch is determined by the current that flows through the switching element.

When the voltage across the switching element is higher than the current source provided by a controller, the transistor will switch. This switching action time is determined by the current on the data pin of the switch. By adjusting the data pin voltage, the time taken to switch can be controlled.

The GN350ASR is an intelligent SSR which is able to withstand high over-current and over-voltage conditions due to its low on-resistance and high surge withstand capability. This type of SSR is also capable of handling a high current density and can operate under various environmental conditions due to its wide operating temperature range. In addition, this type of SSR is applicable for any DC voltage up to a maximum of 500 volts.

In summary, GN350ASR is an intelligent and versatile linear-time-dependent switching element, which can be used in a wide range of applications. It is suitable for controlling both AC and DC loads, and is able to withstand high over-current and over-voltage conditions due to its low on-resistance and high surge withstand capability. This type of SSR is capable of handling a high current density and can operate under various environmental conditions due to its wide operating temperature range.

The specific data is subject to PDF, and the above content is for reference