QXP2K154KRPT

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

Film capacitors provide low reactance, high accuracy, low self-heating and flexibility. The QXP2K154KRPT is a kind of film capacitor that has many applications and unique advantages. This article will discuss the detailed application field and working principle of the QXP2K154KRPT.

Introduction to QXP2K154KRPT Film Capacitors

QXP2K154KRPT is a film capacitor manufactured by C. Wenzel GmbH & Co. KG. It is a high-end film capacitor with an operating temperature of up to 155°C and a rated voltage of 450VAC. It also has a high stability and accuracy, which makes it suitable for many applications.

QXP2K154KRPT is a double-sided, snap-in capacitor that can be used in the electrical circuit without soldering. It has a small size, which makes it convenient to install in tight spaces. The capacitor is also highly reliable, so it is used in high reliability applications such as aerospace, medical, and automotive electronics. It is also resistant to shock and vibration, which makes it suitable for harsh environments.

Application Field of QXP2K154KRPT Film Capacitors

QXP2K154KRPT film capacitors are widely used in many electronic applications due to their high reliability and accuracy. Some of the major application fields of QXP2K154KRPT film capacitors are described below:

• Energy Storage: The high-capacity and high-reliability of the QXP2K154KRPT make it suitable for energy storage applications such as battery charging systems, energy harvesting systems, and solar energy storage systems.
• High-Frequency Tuned Circuits: The high stability and accuracy of the QXP2K154KRPT make it suitable for high-frequency tuned circuits such as radar systems, radio communication systems, and satellite receivers.
• Signal Processing: The small size, high stability, and low self-heating of the QXP2K154KRPT make it suitable for signal processing circuits such as motor controls, audio amplifiers, video equipment, and AD/DA converters.
• EMI/RFI Suppression: The high capacitance and low inductance of the QXP2K154KRPT make it suitable for EMI/RFI suppression circuits such as power inverters, motor drives, and switching controllers.

Working Principle of QXP2K154KRPT Film Capacitors

The working principle of the QXP2K154KRPT film capacitor is based on a simple electrostatic charge storage mechanism. In this mechanism, an electrostatic voltage is applied between two electrodes on the film capacitor, producing an electrostatic field within the dielectric material or the insulation material. The electric field generated within the dielectric material creates an electric dipole between the two electrodes, making them attract or repel from each other. This attraction or repel force creates an electrostatic charge within the capacitor, which is stored until it is released. The storage capacity of the capacitor is proportional to the voltage applied across the two electrodes.

The QXP2K154KRPT is an non-polarized capacitor, so it can be used in either direction. It has a high capacitance and low reactance, making it suitable for many electronic applications. The impedance of the capacitor is also very low, so it can be used in high-frequency applications for increased stability and accuracy. Additionally, the snap-in design of the capacitor makes it easy to install in a circuit without soldering, making it convenient for use in various applications.

Conclusion

QXP2K154KRPT is a high-end film capacitor with many unique features and advantages. It has a high stability and accuracy, making it suitable for many electronic applications. The film capacitor also has a unique snap-in design, which makes it easy to install in a circuit without soldering. Additionally, it has a low reactance and high capacitance, making it suitable for many energy storage, signal processing, and EMI/RFI suppression applications. This makes it an ideal choice for high reliability electronic circuits.

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