CWR26HH226JBGZ

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Tantalum Capacitors

A tantalum capacitor, also known as a \'tantalum electrolytic capacitor\', is a type of capacitor, similar in construction to an aluminum electrolytic capacitor, but utilizing a tantalum anode instead of an aluminum anode. This technology was invented separately by Bell Labs and by KEMET corporation in the late 1940s. It has a few advantages over aluminum electrolytic capacitors, such as a lower working voltage, higher capacitance, smaller size, and lower specific inductance.

The CWR26HH226JBGZ is a specific type of tantalum capacitor, with a hand-soldered, miniaturized design and a dust-resistant enclosure. It is designed for use in portable electronics, and is highly resistant to mechanical shock, vibration, and extreme temperatures. It offers high-capacity performance and long-term reliability.

Working Principle

Like all capacitors, the CWR26HH226JBGZ capacitor operates by storing an electrical charge. It is made up of two electrodes (plates), separated by a thin layer of oxide. When a voltage is applied to the capacitor, electrons move through the oxide layer, producing a charge. The rate at which the capacitor charges is determined by its capacitance, which is measured in farads.

Tantalum capacitors have a few differences from aluminum electrolytic capacitors. The most noticeable difference is that they are not polarized, meaning that the positive and negative terminals can be connected in either direction without issue. Additionally, they have a much lower working voltage, allowing them to be used in a variety of applications. They also have higher capacitance, meaning they can store more charge than an aluminum capacitor of the same size. Finally, they have a much smaller size and lower specific inductance, making them ideal for compact, portable designs.

Application Field

The CWR26HH226JBGZ capacitor is designed for use in highly demanding portable applications. It is perfect for use in modern electronics due to its high capacitance, dust-resistant design, and high-capacity performance. It is also highly resistant to mechanical shock, vibration, and extreme temperatures, making it an ideal choice for use in extreme environments.

It is also well-suited for use in high-frequency applications such as advanced communication systems, medical devices, and high-definition video. Its low working voltage and high performance make it an ideal choice for a wide range of applications. Additionally, its small size, rugged construction, and long-term reliability make it a great choice for use in consumer electronics such as laptops, cell phones, and MP3 players.

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