UUG2D470MNQ6ZD

Aluminum Electrolytic Capacitors and the UUG2D470MNQ6ZD

Aluminum Electrolytic Capacitors (AECs) are used as passive electronic components in a variety of applications, ranging from consumer electronics to industrial automation systems. As part of a vast product family, the UUG2D470MNQ6ZD is one of the most widely used capacitors for its excellent features. This article provides an overview of the UUG2D470MNQ6ZD’s application field, working principles, and comparative advantages.

Application Field of UUG2D470MNQ6ZD

The UUG2D470MNQ6ZD is mainly used for decoupling, filtering, and signal coupling. With its tantalum cathode construction, it can provide excellent signal coupling performance for noise reduction, stable operation, and signal integrity. It is also suitable for use in applications such as medical equipment, communication equipment, instrumentation, military & aerospace electronics, and consumer electronics.

In addition, the UUG2D470MNQ6ZD is suitable for low-frequency AC/DC applications. It is suitable for filtering and decoupling in low-noise audio and power supplies. It is also suitable for low-frequency signal transfer and common mode noise suppression in communication and automotive electronics.

Working Principle of UUG2D470MNQ6ZD

The UUG2D470MNQ6ZD utilizes a tantalum-cathode with a series of electrolytic conductors. Its internal structure consists of a dielectric anode, a liquid electrolyte, and a tantalum-cathode. During operation, the anode of the capacitor is connected to the current source, and the tantalum cathode is connected to the ground. The current source has electrons which enter at the anode and flow to the ground. When the current flow through the electrolytic conductors, an electrolytic reaction occurs and a dielectric film is formed at the interface between the anode and the anode-cathode interface.

When the capacitance of the UUG2D470MNQ6ZD is changed, the capacitance variation is mainly due to the electrolytic reaction between the electrolytic conductors and the dielectric film. The capacitance of the UUG2D470MNQ6ZD is very stable and can reach up to 830 pF at 600 volt. This makes it ideal for many applications, including medical equipment, high-end communications, power management systems and more.

Comparative Advantages of UUG2D470MNQ6ZD

The UUG2D470MNQ6ZD is an ideal choice for decoupling, filtering and signal coupling applications. Its advantages include 3,000 hours typical lifespan at 1.0mA and excellent electromagnetic interference (EMI) filtering capability. Thanks to the low ESR and ESL characteristics of the series, there is a low insertion loss and a low-noise level, which makes it suitable for use in high-frequency applications.

The UUG2D470MNQ6ZD is also a particularly robust device, featuring high temperature and humidity operation, low electrolytic leakage, and superior aging characteristics. This makes the device suitable for long-term reliability, even in extreme environmental conditions. It also has excellent electrical characteristics such as low equivalent series resistance (ESR) and low equivalent series inductance (ESL). This allows it to perform a wide range of applications, including high-end telecom, power management systems, and medical equipment.

The UUG2D470MNQ6ZD is an ideal choice for many industrial, commercial and residential applications, thanks to its excellent features. It is particularly suitable for decoupling and filtering applications, and has been proven to deliver superior performance for many customers. With excellent capacitance, low ESR and ESL, and superior device life, the UUG2D470MNQ6ZD is the perfect choice for cost-conscious and high-performance applications.

Conclusion

The UUG2D470MNQ6ZD is an excellent choice for decoupling, filtering and signal coupling applications. It is a robust device with excellent electrical characteristics and reliable performance. Thanks to its long life, low ESR and ESL, and superior aging characteristics, this device is the ideal choice for a variety of industrial, commercial and residential applications. With its tantalum cathode construction, it can provide superior performance for noise reduction, stable operation, and signal integrity. The UUG2D470MNQ6ZD is a reliable, cost-effective choice, suitable for a wide range of applications.