D3087-99

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Shunts and Jumpers are components used in various electrical systems. The D3087-99 is one such component used in the electrical industry. This paper will examine the application field and working principle of the component and how they are used in different industries.

The D3087-99 Shunt is a component used in the development and operation of high-voltage safety systems, providing current measurement and protection. It is designed to be used in systems with nominal current of up to 2000 A. The shunt is also used in short-circuit protection systems in electronic equipment and busbar systems. The D3087-99 shunt is a two-stage shunt constructed from aluminium electrolytic capacitors and surge suppression diodes.

The shunt is designed to limit the peak currents which can be generated. Its basic principle is to dampen the peak current spikes that can be generated in the system. When a peak current surge occurs, the shunt will create an opposing force to limit the flow of current. This provides the user with protection from excessive current levels.

The D3087-99 Shunt is used in applications where low current levels are required, such as in medical equipment, renewable energy systems and industrial control systems. The shunt is also used in applications where high current levels are desired, such as in automotive applications, railway systems and aircraft electrical systems. By providing protection from excessive current levels, the shunt helps to ensure the safety of personnel and equipment, while simultaneously providing the necessary current for performance.

The D3087-99 Shunt has a maximum working voltage of 110 VDC, which is suitable for many applications. The component is designed to provide protection from current spikes, and is able to withstand up to 600 VDC for a short time without damage. The shunt also has a high temperature range (-40C to 125C) which makes it suitable for many industrial applications.

The D3087-99 Shunt uses two stages of current limiting, which ensures maximum protection from excessive current levels. The first stage acts as a current limiter, which disperses a large portion of the current before it reaches its target. The second stage of protection is provided by a series of semiconductor diodes, which limit the current that is dispersed and helps to protect the system from further damage. This two-stage current limiter effectively protects equipment and personnel from hazardous current levels.

The D3087-99 Shunt is also equipped with a surge suppressor, which helps to protect the system from any voltage surges that may occur. The surge suppressor helps to protect the system from potentially damaging spikes in voltage, which can be caused by lightning strikes, power surges, or other external sources of energy.

The D3087-99 Shunt is an essential part of any electrical system that needs to provide current measurement and protection from excessive current levels. Its two-stage current limiting and surge protection enables it to be used in a wide variety of applications, providing the necessary protection and performance needed for successful operation. The D3087-99 Shunt is a proven component in providing safety and performance in many industries.

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