FCN2416A154K-D4

Film capacitors, or plastic film capacitors, are also known as polyester capacitors. These capacitors are invented to improve the performance of existing paper and electrolytic capacitors. They are highly reliable and offer enhanced stability, high linearity, and low temperature drift.

The FCN2416A154K-D4 is a high precision, low impedance plastic film capacitors. It is manufactured with a proprietary metallized film, which offers low ESR, high accuracy, and high ripple currents. The capacitor is designed for metrology, signal conditioning and timing applications. It is one of the most reliable capacitors in the market.

The FCN2416A154K-D4 has a nominal capacitance of 2416pF. It can handle voltage up to an impressive 15V. It has a rated temperature range of -55°C to +125°C. The working temperature can range from -40°C to +85°C. The capacitor has a tan delta (TD) of 0.002. This means a low dielectric absorption. It also offers very low capacitance tolerance, down to 1%. It has a very high self-healing properties and also provides excellent shelf life.

The mid-dip joint construction technique used to manufacture the FCN2416A154K-D4 capacitors ensures low electrical stress, low electric leakages, and excellent mechanical strength. The capacitor also offers high surge current restistance.

The FCN2416A154K-D4 capacitors are well known for their excellent acoustic damping capabilities in audio electronics. It is also used in automotive electronics for high accuracy applications. It is often used in switched-mode power supplies and communication systems, as well as industrial systems. It provides excellent stability for precise timing applications.

The working principle of the FCN2416A154K-D4 capacitor is based on the same principle as other capacitors. The capacitor consists of two conducting plates separated by a non-conducting medium, or dielectric material. When a voltage is applied, the plates will create an opposite electrical field, thus forming an electrical charge on each plate, which is also referred to as capacitance. The amount of charge stored is measured in Farads (F).

The capacitors do not dissipate energy like a resistor, but they do store and release energy. This is also known as the charging and discharging cycle. When the capacitor is charged, current flows through the capacitor as the plates become charged. When the plates are fully charged, no more current can flow. This is known as the saturation point. When the charging cycle completes, the capacitor will discharge. The current will gradually decrease as the capacitor discharges.

The FCN2416A154K-D4 is an excellent choice for applications requiring high accuracy, reliability, and stability. It has a number of uses in the automotive, communications, and industrial sectors. Its excellent performance characteristics make it an excellent choice for a wide range of applications.