H85K9BYA

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A through hole resistor is a type of resistor that is configured with two convenient holes that allow for simple installation. This type of resistor is often used in electronic circuitry, and the H85K9BYA is a popular choice for many applications. In this article, we’ll be looking at the application field and working principle of the H85K9BYA.

The H85K9BYA is a fixed-value resistor that is often used in mobile, resource-limited applications such as telecommunication applications. This type of resistor is designed to provide a stable and reliable power supply and is mainly used to reduce the impact of line transients for energy efficiency. The H85K9BYA features a high-voltage design and is resistant to voltage and current spikes.

The H85K9BYA has a superior thermal performance, with a low tolerance variation within temperature range. This, coupled with its optimal size, makes it a great choice for many electronic projects. The resistor is also designed to be highly reliable and provides a long product life. The resistor has a leakage current rating of 0.2mA, so it’s particularly suitable for applications where low leakage is required.

The H85K9BYA is particularly suitable for mobile or compact applications and can be used on printed circuit boards (PCBs). The resistor provides superior electrical stability, even in the most challenging operating environments. It has a high working voltage rating that can reach up to 200V and can handle up to 2A of continuous current.

The working principle of the H85K9BYA is simple. The user attaches the two wires connected to the resistor to the PCB. The current then passes through the resistor, and the voltage drop between the two terminals is proportional to the resistance. The H85K9BYA has fixed resistance, so the voltage drop is the same regardless of the amount of current passing through it.

The H85K9BYA is a reliable and efficient resistor with superior thermal and electrical performance. It is designed for use in a wide range of mobile applications, including telecom applications. With its high voltage design, it can handle up to 200V and can reliably handle currents up to 2A. The resistor has a low resistance tolerance within temperature range and is reliable and resistant to voltage and current spikes. The working principle is simple; the voltage drop is proportional to the resistance, and the resistor provides electrical stability even in the most challenging operating environments.

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