Y0035V0008QQ0L

Resistor networks and arrays are the general terms for any combination of resistors used to create a desired resistance value, voltage division or a particular voltage-current relationship. This particular type of resistor component, the Y0035V0008QQ0L, is an impregnated resin resistor, and is designed for use in high temperature applications. In this article, we will discuss the application field and working principle of the Y0035V0008QQ0L resistor.

Application Field of Y0035V0008QQ0L

The Y0035V0008QQ0L can be used in a variety of temperature range applications, including automotive, air conditioning, industrial, and electronic applications. It is used to protect sensitive electrical components from over-voltage or current, and helps maintain the device at a constant temperature. It is also used to measure power, voltage, and current, and provide feedback on the device\'s operating conditions. In these applications, it is important to maintain an adjustable temperature range to meet the desired internal operating conditions.

Working Principle of Y0035V0008QQ0L

The Y0035V0008QQ0L resistor consists of an array of elements connected together in series. Each element has two points of contact, one at each end. When the two points are connected, a small voltage drop, typically between 0.1 and 1.2 volts, is created across each element. This voltage drop creates a very small mechanical force referred to as a pressure gradient that initiates a current flow. The current flowing through each element is determined by the resistance value of the element and the applied voltage. Once the current is established, the resistance of the element drops to a fixed value, typically between 5 and 10 mOhms, depending on the temperature of the element. The Y0035V0008QQ0L resistor also features a temperature coefficient of electrical resistance (TCC), which ensures that the resistance remains fixed over a wide range of temperatures.

In addition, the Y0035V0008QQ0L resistor is designed for high temperature applications. It is constructed of an alumina substrate, which is highly resistant to thermal expansion and offers excellent insulating properties. It also features a high dielectric strength, which helps to minimize the risk of electric shock. In addition, it features both a high purity nickel-chromium alloy and gold contacts, which create a reliable electrical connection.

The Y0035V0008QQ0L resistor can be used in a wide range of applications due to its versatile features. This includes using it for current measurements, voltage measurements, power measurements, controlling motor speed, and providing feedback on temperature changes. It is also a great option for over-voltage and over-current protection circuits due to its high temperature range.

Conclusion

The Y0035V0008QQ0L resistor is a great option for high temperature applications due to its wide range of features. It has a low voltage drop across each element, a high dielectric strength, and includes both a high purity nickel-chromium alloy and gold contacts for a reliable electrical connection. It is also designed to maintain a constant temperature range for an adjustable extent and to provide feedback on temperature changes. Its versatility makes it suitable for use in power, voltage, current, and motor speed applications.