KMH16VN393M35X40T2

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Aluminum electrolytic capacitors have been the workhorses of the electronics industry since their beginning. The KMH16VN393M35X40T2 is a tantalum electrolytic capacitor, which is particularly useful in voltage-limited applications, such as tuning electromagnetic fields. It is one of the most reliable, robust and cost effective capacitors available.

KMH16VN393M35X40T2 capacitors feature an anodized aluminum anode that easily absorbs electret charge and passes current to the other capacitor plates. The anode is then separated from the plates using a thin film of electrolyte, generally potassium chloride, which acts as an electrical insulator. A small amount of electrical current passes through the electrolyte which causes it to layer in a thin sheet, forming the dielectric layer separating the plates. The current density is highest at the anode and decreases with time as the electrolyte layers at the plate boundary.

KMH16VN393M35X40T2 capacitors offer a higher capacitance value than standard aluminum electrolytic capacitors. The increase in capacitance is due to the thinner dielectric layer, allowing more electrical charge to be stored on the plates. The thicker dielectric layer also allows for a more efficient voltage distribution, resulting in fewer voltage drops on the plates. As a result, the maximum internal voltage rating of KMH16VN393M35X40T2 capacitors is higher compared to standard aluminum electrolytic capacitors.

KMH16VN393M35X40T2 capacitors are well suited for high power applications due to their superior torque and torsional force resistance. The PTFE ester-based dielectric allows for a far greater than usual resistance to temperature adjustments and to repeated thermal shocks. As the demand for high-power applications, such as mobile phones, laptop computers, and high-tech audio equipment, continues to grow, the need for reliable capacitors that can cope with extreme temperatures and shocks is essential.

KMH16VN393M35X40T2 capacitors are ideal for applications requiring high-level voltage stability. Their combination of capacitance and voltage rating and excellent leakage current resistance make them the perfect choice for controlling electromagnetic fields and other electrical systems with small amplitude voltage. They are also perfect for applications demanding high frequency operation where the capacitors must maintain their stability even when subjected to high environmental stress. Furthermore, the high stability makes them especially suitable for voltage-limited applications like tuning the parameters of an electronic circuit.

KMH16VN393M35X40T2 capacitors are well established and used for radios, power supplies, switching regulators, and high-efficiency power amplifiers. Their highest voltage rating is one of the highest among the aluminum electrolytic capacitors, making them perfect for applications with high voltage needs. Their reliability and cost-effectiveness make them the perfect choice for electronics and power supply applications.

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