13030-01MASLB

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13030-01MASLB application field and working principle for Tantalum – Polymer Capacitors

Introduction

Tantalum-polymer capacitors (TPCs) are some of the most efficient and reliable capacitors available today. The 13030-01MASLB with its lowered ESR (Equivalent Series Resistance) value is particularly suitable for applications such as switching power supplies, high current applications, voltage modulation, digital signal processing, microcontrollers and power supply systems.

In this article, we will explain in depth the application field and working principle of the 13030-01MASLB from the perspective of a tantalum-polymer capacitor.

Application field of 13030-01MASLB

Tantalum-polymer capacitors are highly effective components in fields such as military, aerospace, automotive, telecommunication, medical and consumer electronics. The 13030-01MASLB model specializes in its low ESR values and high temperature withstand capacity, making it especially suitable for applications like switching power supplies.

The 13030-01MASLB is a poly-layer ceramic capacitor with a Small Outline (SMD) package, excellent temperature characteristics and fine inductance. It can offer extremely low-ESR values even in harsh environmental conditions and is therefore well suited for use in electric vehicles and other automotive applications.

The 13030-01MASLB is a high-current device that is designed for applications requiring large currents. It is highly effective and reliable in audio applications, such as in Pulse Width Modulation (PWM) modulated power supplies and in amplifiers and integrated circuits and can be used for a variety of digital signal processing functions.

The 13030-01MASLB can also be used in low interconnectivity systems, such as in supercomputer architectures, where it helps reduce the aging of cables and other associated components.

Working principle of 13030-01MASLB

Tantalum-polymer capacitors act as electronic components that store and deliver an electrical charge. The 13030-01MASLB is an electrolytic capacitor that consists of a tantalum anode and a solid polymer cathode.

A thin layer of tantalum oxide forms on the anode and acts as an insulator to prevent any arcing or short-circuiting between the components. The cathode is a solid-state material and acts as a dielectric, allowing for a high capacitance value and good electrical properties.

The air gap between the two components determines the capacitance value and can vary depending on the size of the capacitor. As the air gap increases, the capacitance increases and a lower ESR value is achieved.

The capacitor is a polarized device, meaning that it can only be charged one way. The anode must be connected to the positive terminal of the voltage source and the cathode must be connected to the negative terminal.

When charged, the 13030-01MASLB can store and deliver a high amount of energy. The capacitance is determined by the amount of charge stored, the internal resistance of the capacitor and the voltage difference between the two terminals.

The 13030-01MASLB is capable of high cycle life and features a long shelf life, making it suitable for a variety of applications that require reliable power delivery and stability.

Conclusion

To summarize, the 13030-01MASLB from the tantalum-polymer capacitor family is a highly efficient, reliable device with excellent temperature characteristics, low ESR levels and fine inductance. It is suitable for applications that require large currents, such as switching power supplies, high current applications, voltage modulation, digital signal processing and power supply systems.

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