CWR26HH336MBFZ\TR

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Tantalum capacitors are solid electrolytic components composed of an anode composed of tantalum powder (produced by a sintering process) and a solid oval electrolyte. They are used in many applications such as television receivers, radios, computers and stages of power circuits. Many types of capacitors exist such as CWR26HH336MBFZ\TR, a surface mount tantalum capacitor with a voltage rating of 16V DC.

The CWR26HH336MBFZ/TR tantalum capacitor was primarily developed to meet the requirements of high density and high frequency circuits. Typical applications for the CWR26HH336MBFZ/TR include decoupling, bypass, lead-lag and noise-filtering. The CWR26HH336MBFZ/TR can also be used in small voltage impulse circuits and for power conditioning.

The working principle of a CWR26HH336MBFZ/TR is quite simple. It consists of two metallic plates, one anode and one cathode, separated by a dielectric layer of tantalum oxide. A voltage is applied to the capacitor, and electrical charges accumulate on the electrodes. This creates an increase in the electrostatic field between the plates, which stores the electrical energy.

When the voltage is removed from the capacitor, the accumulated charge on the electrodes is released, creating a reverse current flow. This reverse current flow helps to limit the amount of unwanted electrical noise in a circuit. This is why it is often used in circuits that require a high level of signal integrity.

One great advantage of the CWR26HH336MBFZ/TR is its high capacitance which allows it to be used in applications where space is at a premium. In addition, the CWR26HH336MBFZ/TR also offers excellent temperature and frequency characteristics making it suitable for many applications requiring a reliable and accurate performance.

In summary, the CWR26HH336MBFZ/TR is a surface mount tantalum capacitor with a voltage rating of 16V DC. It can be used in many applications such as decoupling, bypass, lead-lag and noise-filtering. The working principle of the CWR26HH336MBFZ/TR is based on the accumulation of electrical charges on the electrodes which creates an increase in the electrostatic field between the plates, storing the electrical energy. This is why it is an ideal choice for many applications that require a high level of signal integrity.

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