H827K4DCA

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 are widely used devices in various electronic systems, and the H827K4DCA is an important part of the this family. It is used in a wide range of applications, from consumer electronics to industrial systems. To understand the value of this component, and to make sure its capabilities are matched to the system design, it’s important to understand its application fields and working principles.

Application Field

The H827K4DCA is a Through Hole Resistor, most often used in applications where a higher power rating or high-voltage rating is required. The most common applications include:

• Transistors- The device serves as a resistor to provide resistance to the electrical current that flows through the transistors.
• Circuit breakers- They act as a resistor to protect the circuit from being overloaded in high load conditions.
• Control systems- H827K4DCA resistors are used to provide feedback on the current position of the system and protect the system against overload.
• Power supplies- They help to reduce the voltage drop across the power supply to safe levels.
• Sensors- Used as part of the sensor\'s circuitry, the resistor helps to maintain the correct voltage level for the sensor to work properly.

Working Principle

The H827K4DCA Through Hole Resistor works by providing a specific resistance value to the electrical current flowing through it. The device\'s value is determined by the combination of two resistors in the device, and it is important to note that this combination produces a specific value that is different from the individual resistors.

The first resistor is the series resistor, and it is the one that determines the total resistance value of the device. The second resistor is the shunt resistor, and its main function is to reduce the voltage drop across the series resistor. This allows the device to operate at higher current levels, while still maintaining a stable current level.

The value of the device is then determined by the combination of the series and shunt resistors. The total resistance value of the device is equal to the value of the series resistor plus the value of the shunt resistor. For example, if the device uses a series resistor of 200 ohms and a shunt resistor of 100 ohms, then the total resistance value of the device would be 300 ohms.

Conclusion

In conclusion, the H827K4DCA Through Hole Resistor is an important component in a variety of electronic and industrial systems. Understanding the application field and working principles of this device can help engineers determine if the device is appropriate for their system, and can help them ensure that the system runs as efficiently as possible.

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