150D185X0035B2BE3

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Tantalum capacitors are a type of capacitor created by using the element tantalum. They are used mainly in high-stability, high-precision applications, although other types of capacitors are available. The 150D185X0035B2BE3 is one such capacitor, created with a tantalum base material in order to provide a reliable, high-capacity electrical component.

The 150D185X0035B2BE3 is a polarized capacitor, meaning it must be connected with respect to polarity, as reversed polarity will short circuit the device. It is a non-electrolytic capacitor, which means it has no electrolyte, making it a solid-state device. The capacitor has an inherent voltage-limiting device built into it, which absorbs any transient energy and can be used in place of a protection diode in some applications. The capacitor has a capacitance of 35µF, a rated voltage of 10V and a maximum working temperature of 85°C.

The primary application for the 150D185X0035B2BE3 is as a bypass capacitor. A bypass capacitor is used in an electronic circuit to decouple different signal sources from one another, allowing an AC signal to flow through the capacitor while blocking higher frequency noise. This reduces crosstalk and interference between the different signals, helping to maintain signal integrity. For this application, it is important to choose a capacitor with a relatively high capacitance, as this allows it to handle more energy without short circuiting. The 35µF capacity of this capacitor is well suited for this type of application.

The working principle of the 150D185X0035B2BE3 is based on the principles of capacitance. Capacitance occurs when two conductive plates are separated by an insulating layer, such as air. When a voltage is applied across the plates, an electrical charge builds up, creating a capacitance effect. The electrical energy is stored in the capacitor as an electric field, which can then be released when the voltage is reversed.

The 150D185X0035B2BE3 is a highly reliable and versatile capacitor, and is commonly used as a bypass capacitor in a wide variety of applications. Its 35µF capacitance and 10V rated voltage make it an ideal choice for decoupling RF signal sources, and its85°C maximum working temperature provides a good level of safety. The capacitor’s voltage-limiting capabilities also make it an ideal choice for protection against transient currents.

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