SL1011A090C

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Gas Discharge Tube Arresters (GDT) are components that protect other devices from transient overvoltage stress such as electrical surges, lightning spikes and voltage spikes. They are used in power supply systems and telecommunication facilities to protect against electrical and electronic systems from dangerous power surges and transients. The SL1011A090C is an example of this component, and it is used in some applications and systems. In this article, we will take a look at the application field of the SL1011A090C and its working principle.

The SL1011A090C is a surface mount GDT component that is used to protect a single-phase system from transients and electrical surges. It can withstand up to 1000 nanoseconds of transient overvoltage stress and has a direct current voltage rating of 90VRMS. The SL1011A090C is designed for applications where transient overvoltage protection is necessary. This component is often used in power and telecommunication equipment, such as AC/DC power converters, UPS systems, switch limiter and isolation devices, transmission systems and power systems. It is also used to protect compact electronic systems and other devices from transient energy.

The working principle of the SL1011A090C is based on the concept of gas discharge tube (GDT) arresters. A GDT arrester is composed of two electrodes: a main terminal and a reference terminal. The main terminal is usually the power line, while the reference terminal is usually an earth or ground connection. When a voltage pulse occurs, the arrester will conduct current and distribute the electrical energy of the pulse in order to protect the other electronic devices in the system. In other words, the GDT arrester will protect the other devices from transient overvoltage stress.

When a voltage pulse hits the SL1011A090C, it will determine the peak voltage level and activate the gas discharge mechanism. The gas in the tube will become ionized and conduct a surge of current, which will be distributed among the different system elements. This will dissipate the energy of the pulse and protect the system against electrical overstress. This process is known as clamping. The voltage at which this process takes place is known as the clamping voltage.

The SL1011A090C is a surface mount component which can be easily integrated into a system. It is designed to provide reliable protection and is compatible with both AC and DC power. It can also be used in various operating temperature ranging from -40°C to +85°C. The SL1011A090C is rated for a current of 10kA, with a maximum breakdown voltage of 1000V.

In conclusion, the SL1011A090C is an example of a GDT arrester which is used to protect electronic devices from transient overvoltage stress. It has a direct current voltage rating of 90VRMS and is used in applications which require transient overvoltage protection. Its working principle is based on the concept of gas discharge tube (GDT) arresters. The voltage at which this process takes place is known as the clamping voltage, and the SL1011A090C can withstand up to 1000 nanoseconds of transient overvoltage stress. It is a surface mount component which can be easily integrated into a system and is rated for a current of 10kA, with a maximum breakdown voltage of 1000V.

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