CWR29DK156KCBC

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Tantalum capacitors have been used for a long time and are widely appreciated for their superior performance in a variety of applications. The CWR29DK156KCBC is a type of tantalum capacitors that offers great electrical performance, along with high reliability and long life span. This capacitor is used in various applications ranging from consumer electronics, to industrial and automotive applications.

The CWR29DK156KCBC is a surface mount, cylindrical tantalum capacitor that features a stacked metal-oxide dielectric construction. This construction allows the capacitor to reliably hold high voltages and large capacitance values. It can withstand a maximum voltage of 50V and has a capacitance value of 156K CBC.

The capacitor has a non-solid electrolyte and is typically polarization-free, meaning it has no voltage polarity. The metal oxide sandwiched between two electrodes also makes this capacitor resistant to virtually all environmental conditions from humidity to dust. This makes it suitable for applications and environments that require long-term reliability under harsh conditions.

When it comes to performance, the CWR29DK156KCBC tantalum capacitor excels. It has low ESR values, meaning it can handle high current and high frequency applications without any heat or voltage losses. This makes it an ideal candidate for high-temperature applications, such as in automotive electronics.

Apart from its superior performance, the CWR29DK156KCBC also features a high flexibility. Its wide range of electrical characteristics makes it suitable for a variety of applications. Its ability to operate even in the most high-temperature environments makes it an excellent choice for automotive, military and other industrial applications.

The CWR29DK156KCBC tantalum capacitor is also known for its robustness and reliability. Its solid construction makes it an excellent choice for long-term use in demanding environments. In short, its long life span, superior performance, and high reliability make it well-suited for nearly any application.

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