M39003/01-7358H

Tantalum capacitors are well-known for their high performance across varied fields of application. The M39003/01-7358H series of tantalum capacitors is one such example of these components which has an optimized design for high frequency applications, such as switch mode power supplies, signal processing, telecommunication and high speed data applications.

The construction of the M39003/01-7358H series is based on a film dielectric. This dielectric material is composed of an oxidized tantalum pentoxide (Ta2O5) that is sandwiched between an anode and a cathode. The dielectric layer has a range of thicknesses depending on the application and the component type. The anode is made from sintered tantalum while the cathode is made of a combination of tantalum and niobium. This combination provides the capacitor with physically strong construction which is able to withstand high frequencies without compromising its performance.

The quality factor of M39003/01-7358H series is one of the highest in the capacitor industry. This high quality factor is what allows the capacitor to function effectively and efficiently in the application for which it was designed. Furthermore, the M39003/01-7358H series also offers good temperature characteristics which makes it suitable for use in applications that will be exposed to varying temperatures or hot spots.

Due to its optimized design and high quality factor, the M39003/01-7358H series of tantalum capacitors offers a high level of performance in high frequency applications. This series is able to act as an excellent filter for high frequency signals, helping reduce noise and improve signal-to-noise ratio. It can also act as a low pass filter for switching power supplies, helping to reduce ripple voltage and noise. Additionally, the M39003/01-7358H series also offers good input and output characteristics for communication circuits.

The working principle of the M39003/01-7358H series is quite simple. It consists of two metallic conductor plates with an oxide layer (dielectric) that is sandwiched between them. When the two plates are connected to a direct current source, the oxide layer breaks down and causes electric charges to accumulate on the plates. These charges are then able to oppose the current flow, thus creating a voltage drop across the plates. This voltage drop is known as the capacitance and is a measure of the effectiveness of the capacitor in an electrical circuit.

Within the M39003/01-7358H series, the dielectric layer is composed of a tantalum pentoxide and has a range of thickness depending on the application and the component type. As the voltage increases across the dielectric layer, the capacitor begins to exhibit different levels of capacitance. This variation in the capacitance is known as the capacitance-voltage characteristic. The variation can be used to accurately select the capacitance value required for the application.

In conclusion, the M39003/01-7358H series of tantalum capacitors offers excellent performance across a wide range of high frequency applications. The high quality dielectric layer, combined with the quality factor, makes it ideal for use in filter designs. The component also offers good temperature characteristics, making it suitable for use in applications that will be exposed to varying temperatures. Finally, the variation in capacitance across the dielectric layer makes it possible to accurately select the desired capacitance value for any given application.