M39003/03-2070H

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum capacitors are highly reliable, compact in size, and possess excellent energy handling capabilities. They are used to store electrons through the use of an oxide layer on the tantalum anode. The M39003/03-2070H is a type of miniaturized, polarized, axially-leaded device, allowing for smooth insulated leads and surfaces. Its application field includes moderately high-frequency communication equipment, high-frequency receivers, and transceivers, computers, modulators, and power supplies.

The working principle of the M39003/03-2070H begins with the tantalum anode, which is coated with an oxide layer. Electrical current is passed through the oxide layer, and this creates a charge on the plate of the capacitor. When a voltage is applied, the oxide layer deteriorates, allowing the charge to rapidly increase, producing subsequently higher energy levels. As the oxide layer continues to be weakened, the current flows through the capacitor and the energy is discharged.

The M39003/03-2070H tantalum capacitor features many other benefits over other types of capacitors. Because of the oxide layer that acts as an insulator, the capacitor can be more reliable and resistant to thermal stress. Further, the much smaller size of the capacitor and its low internal power loss make it ideal for applications that require compact energy storage. Additionally, the M39003/03-2070H features a higher maximum operating temperature, allowing it to be used in more extreme conditions.

The M39003/03-2070H has become an increasingly popular choice for many applications, thanks to its combination of reliability, energy storage, and compact size. Other tantalum capacitors may not be able to offer the same features, making the M39003/03-2070H the preferred choice for those who need a reliable and durable capacitor. With its long-lasting performance, its easy installation, and its proven resistance to thermal shock, it is the ideal choice for many advanced, high-frequency applications.

The specific data is subject to PDF, and the above content is for reference