M39003/01-5516/TR

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Introduction

Tantalum capacitors are one of the common technology components used in electrical devices. The main role of these capacitors is to store electrical energy and to act as an electrical filter or component of circuits. Among all available variants of capacitors, tantalum capacitors are affordable, robust, and most widely used in electronic circuits. The M39003/01-5516/TR capacitors are general-purpose discharge-proof bipolar capacitors. This type of capacitor is applicable in a wide range of circumstances and works well as a discharge-proof protector.

M39003/01-5516/TR Application Field

M39003/01-5516/TR capacitors are yet another popular variation of bipolar tantalum capacitors. The product is typically utilized in signal processing applications and has a wide field of use. These capacitors come with an electrolyte to ensure robust and stable performance as an electrical component in myriad situations. The M39003/01-5516/TR capacitors offer an advantages such as flat temperature characteristics, small form factor, low leakage current/ESR/DF, and robust architecture.

These capacitors are suitable for many applications:

• Military electronic radios and circuit systems
• Wireless communication equipment
• Automotive electronics
• TVs, GPS, and satellite receivers
• Telecommunication systems
• Power conversion devices
• Medical and industrial instrumentation
• Computers and peripherals
• Spectral equipment

Working Principle of M39003/01-5516/TR

M39003/01-5516/TR capacitors use a wet electrolytic technology that allows for their robust features and great performance. When a capacitor consumes power, a stream of electricity flows through its two terminals after which it supports a set voltage level. This set level is noticeable if the capacitor has the ability to store the input electrical energy in a prompt way. This prompt ability to store input energy is due to the increase in the capacitor’s capacitance value.

Typically, when a capacitor stores electrical energy, a positive charge charges the anode side and a negative charge charges the cathode side. To increase the efficiency of M39003/01-5516/TR capacitors, a tantalum pentoxide (Ta2O5) layer is developed to act as the dielectric. A seamless conductive layer is laced around the electrolyte layer for better performance and reliability.

Conclusion

The M39003/01-5516/TR capacitors are a popular variant of tantalum capacitors that are widely used in a variety of circuits. These capacitors are frequently seen in military radios, wireless communication equipment, automotive electronics, and many other applications. The key technology that makes these capacitors so robust and efficient is its electrolytic layer, enhanced by a tantalum pentoxide and seamless conductive layer. This explains why the M39003/01-5516/TR capacitor is a reliable choice for many applications.

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