CW01085R00KE73

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

Through-hole resistors are an integral part of any electrical circuit and are used to reduce or regulate electrical current. The CW01085R00KE73 is a through-hole resistor specifically designed to withstand high temperatures up to 600°C (1112°F). This type of resistor is a great choice for temperature-critical applications such as automotive, aerospace and industrial and can handle a variety of voltages and currents depending on the specific application.

The resistor itself is a kind of passive electronic component that has two main terminals and a circular body. The body of the resistor is made from a ceramic material and has a layer of metal on top of it. The metal layer contains a resistor pattern that changes depending on the size and type of resistor and is responsible for creating the resistance.

There are two main types of through-hole resistors available, which are commonly referred to as axial and radial. The CW01085R00KE73 is an axial type, most commonly identified by its cylindrical shape. This resistor is made from a layer of metal made of a high-resistance material. The metal layer is paired with a ceramic substrate, which acts as insulation between the resistor and the circuit board.

In terms of application, the CW01085R00KE73 is often used in automotive electronics, where temperatures can become high enough to damage other components around it. It is also used in industrial and aerospace applications that require components able to withstand high temperatures and high voltage and current levels.

The CW01085R00KE73 is also used in large-scale projects where capacity needs to be upgraded or when failures occur on the field. It is also used in noisy environments where noise must be kept low.

As for its working principle, the resistor works by limiting the amount of current flow between two points in a circuit. This is done by creating resistance to the current by changing the resistance of the metal layer. The resistance is determined by the number of loops in the pattern and the size of each loop.

The resistor is also able to dissipate heat, which allows it handle high temperatures without failing. This is done by the resistor creating a small burst of energy as the current flows through the resistor, which is then dissipated as heat. The resistor also has a heat dissipation coefficient, which determines the amount of heat it can dissipate depending on its size.

Overall, the CW01085R00KE73 is a through-hole resistor designed for applications that require high temperature and a wide range of voltages and currents. It is a great choice for temperature-critical applications such as automotive, aerospace and industrial and can handle a variety of voltages and currents depending on the specific application. It is also able to dissipate heat efficiently, allowing it to handle high temperatures without failing.

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