150D394X9050A2B

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Tantalum capacitors are used extensively across many different industries due to their high capacitance-to-volume ratio and low ESR (equivalent series resistance). The 150D394X9050A2B capacitor is no exception and is suitable for various applications within the industrial, consumer and aerospace/defense sectors.

Due to their high capacitance-to-volume ratio, tantalum capacitors are used for a wide variety of applications that require small size, high capacitance and relatively low cost. Albeit small, 150D394X9050A2B tantalum capacitors are still able to provide generous capacitance values; ranging from 10µF to 100µF with 25V to 85V voltage ratings.

The 150D394X9050A2B capacitors have a non-polarized construction, and consequently, they lack the familiar + and - conductor markings associated with electrolytic or polarized capacitors. The main advantage of non-polarized capacitors is that they can be connected in parallel to achieve a higher capacitance value than by using either electrolytic or polarized capacitors. Also, due to their small size and high capacitor-to-volume ratio, the 150D394X9050A2B capacitors can fit into tighter spaces.

The 150D394X9050A2B tantalum capacitors are available in two styles, Conformal Coated and Hermetically Sealed. The main difference between these two styles is their encapsulating material and how it is applied. The conformally coated style uses an ultralight flexible plastic material sealed around the capacitor by hot melt bonding while the hermetically sealed style utilizes a high temperature epoxy to encase the capacitor.

The 150D394X9050A2B capacitor also features a high temperature, moisture resisitanced, RoHS compliant epoxy coating. The epoxy coating not only protects the component from environmental hazards such as thermal shock, humidity and vapor, but also serves as insulation between terminals, providing an additional level of safety.

The 150D394X9050A2B capacitor operates on the principle of electrostatic discharge. It is made from two plates, one of which is charged with a positive potential and the other with a negative potential. When a voltage is applied across them, the electric field between them causes electrons to flow between the plates, creating an electric current. The capacitance of the capacitor is determined by the amount of electric field that is generated when a voltage is applied across the plates.

The majority of applications for 150D394X9050A2B tantalum capacitors are in the aerospace/defense and industrial sectors. Common uses include signal filtering, voltage regulator modules, surge suppression and other high-reliability applications that require long-term storage. They are also used extensively in consumer appliances and electronic devices, mainly for their ability to provide high energy storage, tight voltage regulation and low ESR.

In conclusion, 150D394X9050A2B capacitors are a small non-polarized type of tantalum capacitor designed specifically for high reliability and electronics applications that require high capacitance values coupled with minimal size and cost. The capacitor is encased in a high temperature, moisture resistence, RoHS compliant epoxy coating and operates on the principle of electrostatic discharge, making it an ideal choice for aerospace/defense, industrial and consumer applications.

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