CW0101R800JE73

Through hole resistors are commonly used in a wide variety of applications as they are able to handle a large range of DC and AC currents. The CW0101R800JE73 is a commonly used through hole resistor which has characteristics and benefits which make it suitable for certain applications.

The CW0101R800JE73 is an axial-leaded, through hole resistor that is made up of a mixture of beryllium oxide and metal oxides. This combination allows for high temperature capabilities in an environment where the temperature can range from -55°C to +200°C. The resistor is also rated for a maximum power of 0.2W, making it suitable for most applications where low power consumption is required. Its body is made of a nickel-plated copper material which gives it good electrical insulation and stable performance at higher temperatures.

The CW0101R800JE73 is primarily used in applications where high temperature and low power consumption are key factors. Examples include automotive and lighting applications where the resistor needs to be able to withstand both high and low temperatures. This resistor is also commonly used in temperature measurement and control systems and in applications that require fast and accurate detection of temperature changes. Its stable performance and low power consumption make it an ideal choice for these products and applications.

The working principle of the CW0101R800JE73 is quite simple. It is an axial lead resistor which means it does not require any external heating or cooling elements. The resistor is made up of a mixture of beryllium oxide and metal oxides which act as resistive material. The resistance of the resistor will vary depending on the material composition and the size of the resistor. As the size of the resistor increases, the resistance will decrease. As the temperature of the resistor increases, so will the resistance, allowing for accurate temperature measurements or control.

In conclusion, the CW0101R800JE73 is an axial lead, through hole resistor that is made up of a mixture of beryllium oxide and metal oxides. This combination allows it to be used in applications where high temperature and low power consumption are required. Its stable performance and low power consumption make it ideal for applications such as temperature measurement and control systems, automotive and lighting applications and other applications where fast and accurate detection of temperature changes are needed. Its working principle is quite simple and relies on the material composition and size of the resistor to change the resistance depending on temperature.