H8715KBDA

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Through Hole Resistors are a type of electrical component used in many electronic circuits. The H8715KBDA is a resistor that is often used in applications where a very accurate resistance value is required. This type of resistor is designed to have a very low temperature coefficient, meaning that it will maintain its resistance value even when the temperature of the surrounding environment changes. It also has good reliability, which makes it a good choice in applications that require long periods of operation.

The H8715KBDA is a very compact resistor, with its size measuring just 2.1mm by 2.2mm. It is made from an alloy of Nickel Manganese and Aluminum and has a resistance value range of 0.5 ohms to 100 kilo ohms. It is a resistor that has a power rating of 1/16 watt, which makes it suitable for use in low power circuits. The resistor also has a temperature coefficient of less than one hundred ppm/degrees Celsius.

The H8715KBDA resistor is commonly used in many industrial and consumer applications. It is commonly used as a current-limiting or protection resistor in current-sensing circuits, as well as in power converters and inverters. It is also commonly used in voltage regulation circuits, and in circuits that require a high degree of accuracy in their voltage regulation. The resistor is also often used in timers, signal input conditioning circuits, motor controllers, and digital signal processing circuits.

The working principle of the H8715KBDA resistor is relatively simple. It has a wire element that is made of a nickel-manganese alloy, and this element is surrounded by a ceramic material or a metal film. When a current passes through the resistor, the resistance of the wire element changes, causing a voltage drop across the resistor. This voltage drop will vary depending on the amount of current passing through the resistor. The change in voltage will also depend on the temperature and humidity of the environment.

The H8715KBDA resistor is a popular option for many electronic applications, due to the fact that it has a temperature coefficient of less than one hundred parts per million. It is also a reliable and cost-effective choice, and it is small in size, making it suitable for use in cramped spaces. The resistor is also highly stable to changes in temperature and other environmental factors, meaning that it will maintain its accuracy and performance for periods of time.

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