H436R5DYA

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In recent times, the H436R5DYA has become one of the most reliable and reliable through hole resistors available in the market. This through-hole resistor is based on the principle of field-effect engineering for high frequency power dissipation applications. The resistor features a voltage rating of up to 5 watts, with a tolerance of up to 5%. It also provides excellent thermal and electrical stability and is widely used in many high-power systems and applications.

The H436R5DYA is a through-hole waveform resistor with low-profile construction and a wide operating temperature range. This feature makes the resistor suitable for use in high-power applications, such as radio frequency power applications, which require a wide range of operating temperatures. The high voltage rating of the resistor also ensures that the resistor can handle the high spike voltages generated by the application. The device features a rugged design and is designed to meet stringent safety requirements, which further ensures it can provide reliable performance in high-power applications.

The resistor is constructed of Ni-chrome and is suitable for temperature ranges from -55°C to 125°C. The construction of the resistor ensures that it is both highly durable and resistant to environmental influences. The resistor has a low RF noise floor, which minimizes the impact of electromagnetic interference. The tolerance of the resistor is up to 5%, and it can be used with highly stabilized signal sources, ensuring the device delivers consistent performance over long periods of time.

The H436R5DYA is most often used in a variety applications such as signal conditioning, audio amplifiers, RF amplifiers, power supplies, audio applications, computerized control systems, and other high power electronic systems. In signal conditioning applications, it is used to regulate and control signal levels and frequencies. In audio applications, it is used to support the impedance matching of the speaker output terminals to the input of the amplifier. In RF amplifiers, it is used to control the amount of power that is being delivered to the load. In power supplies, it is used to limit the current and voltage levels to the load.

The working principle of the H436R5DYA involves a field-effect tunneling. This field-effect tunneling works by allowing the passage of electric current through a semiconductor junction. By controlling the amount of electric current that passes through the device, it is possible to adjust the voltage and resistance of the resistor. This is done by changing the applied voltage and the properties of the semiconductor layers. With this, it is possible to adjust the resistor’s characteristics to suit the needs of the application.

The H436R5DYA is highly reliable and is suitable for many high power applications. Due to its low-profile construction and wide temperature range, the resistor can be used in many high-power systems and applications. The device also provides excellent thermal and electrical stability and is widely used in many high-power systems and applications. It is also highly durable and resistant to environmental influence, making it suitable for long-term use.

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