H4287RDYA

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors

H4287RDYA is a type of through hole resistor known for its durability and fast response time. It is widely used in many applications, such as sensing, current control, power protection, and other. Through hole resistors are made through a process of metallization and bonding the resistors onto the ceramic base. This type of resistor has the advantage of quick response in addition to its high accuracy and dependability. It is also easy to assemble with other components or use for surface mount applications.

Application Field

H4287RDYA through hole resistors are widely used in different application fields, which include power supplies, automotive equipment, telecommunication equipment, household appliances, medical devices, security systems and many others. In power supplies and automotive equipment, H4287RDYA resistors are used for current control, ESD protection, and voltage regulation. In telecommunication equipment, these resistors are used as high-frequency filters and pulse generators. In household appliances, H4287RDYA resistors are used for current measurement and control in power adapters and air-conditioning systems. Medical devices also rely on through hole resistors to measure voltage and current directly from the body. Similarly, these resistors are used for security systems to ensure that only authorized persons can pass through.

Working Principle

H4287RDYA through hole resistors work by changing their resistance value when current is applied. The main factor that affects the resistor’s resistance value is its size. As the size of the resistor decreases, its resistance value will increase. In other words, the smaller the resistor, the higher the resistance value. By controlling the size of the resistors in a circuit, either lower or higher resistance values can be achieved.

H4287RDYA through hole resistors also work by changing their resistance value based on the temperature surrounding the resistor. As the temperature increases, the resistance value increases. Conversely, when the temperature decreases, the resistance value also decreases. This is why these resistors are ideal for temperature-sensitive applications as accurately measuring the temperature is possible with these components.

Conclusion

H4287RDYA through hole resistors are one of the most reliable and robust resistors in the market. They have wide range of applications and can work efficiently even in extreme temperature conditions. Their durability and fast response time also makes them ideal for sensitive applications. To sum up, H4287RDYA through hole resistors are a great choice for electronic circuits that require reliable and accurate resistors.

The specific data is subject to PDF, and the above content is for reference