M39003/03-0178/HSD

Tantalum capacitors are capacitors that use tantalum as one of the two electrodes, typically the anode. The tantalum electrode is a porous sintered body that is semiconductive and is capable of providing very high capacitance per unit volume. These capacitors are surface mount, and they provide excellent electrical characteristics in a very small size. They are widely used in a wide range of applications from consumer electronics to industrial control systems.

M39003/03-0178/HSD Application Field and Working Principle

M39003/03-0178/HSD is an ultra-stable tantalum capacitor that is designed for use in thousands of applications, from military and aerospace to medical and consumer. This type of tantalum capacitor works on the principle that a chemical reaction takes place between two conductive plates which creates a voltage difference between them. The higher the voltage, the higher the electric charge that can be stored in the capacitor. These capacitors have a very high capacitance range (up to 4000μF) and a wide operating temperature range (from -55 to +125°C).

The M39003/03-0178/HSD series of tantalum capacitors are designed and manufactured to meet the most demanding industry requirements. They are capable of withstanding high levels of voltage and EMI/RFI without compromising performance. These capacitors are resistant to short circuits, high temperatures, and other physical stresses which is why they are perfect for use in demanding applications like avionics, aerospace, and medical instrumentation. They also feature an extremely low ESR (Equivalent Series Resistance) of less than 1Ohm, which ensures very high performance in high-frequency applications.

The M39003/03-0178/HSD series of tantalum capacitors provides an excellent solution for a variety of applications. They are used in point-of-care medical device batteries, avionics, and other applications where they provide excellent capacitance and stability. The small size makes them ideal for use in miniaturized devices, while the high capacitance makes them suitable for high-energy applications. Additionally, they are able to withstand extreme temperatures, are resistant to short circuits, and feature an extremely low ESR. This makes them perfect for a wide range of applications that require high performance and reliable capacitance.