TR3D156K035C0150

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Tantalum capacitors are an important subclass of capacitors. Described as the second generation of capacitors, these capacitors have significantly improved over their predecessors with respect to their both volume, as well as other electrical characteristics. A great example of this technology is the TR3D156K035C0150, which combines superior performance, reliability, and cost-effectiveness in a small package.

The TR3D156K035C0150 has a maximum capacitance of 0.15 µF or 150 nF. This makes it ideal for high frequency applications, like medical imaging and data processing. Additionally, it is suitable for use in power supplies, where the need for high capacitance values is especially important. On the other hand, the TR3D156K035C0150 has low equivalent series resistance (ESR), indicating that it has a relatively low internal impedance. This helps to reduce the power dissipation, a trait which is beneficial for applications from power supplies to audio systems.

The TR3D156K035C0150 belongs to the family of conductive polymer tantalum capacitors. These capacitors are formed from layers of tantalum pentoxide, which is then coated with a layer of polymer. The construction of the TR3D156K035C0150 is further enhanced by the use of manganese which increases the component\'s durability and decreases its ESR. Due to the low ESR and high temperature capability, these capacitors are especially suited for automotive and industrial applications.

The TR3D156K035C0150 also has remarkably low self-discharge, meaning that it functions with low power consumption which helps to reduce the overall power consumption of the device. The operating temperature is also a very important trait of this capacitor, as it is capable of operating at temperatures up to 125°C. This extends its life, as well as reliability.

The working principle of the TR3D156K035C0150 is quite simple yet effective. When current is supplied to the capacitor, an electric field is created between the tantalum pentoxide and the polymer layer, which causes the charges to build up and thus the capacitor stores energy. The amount of energy stored will depend on the capacitance and voltage of the device, both of which are written on the capacitor’s datasheet. When the device is put under load, the capacitor will then discharge the stored energy.

The TR3D156K035C0150 is an excellent choice for applications that require high frequency, low ESR and long-term reliability. The unique combination of features makes the TR3D156K035C0150 the go-to capacitor for many automotive, industrial and consumer electronics applications. So, regardless of the specific application you may have, the TR3D156K035C0150 is sure to provide the best performance, reliability and value for your design.

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