13008-070MESA/HR

The 13008-070MESA/HR application field and working principle is an important field of knowledge when it comes to Tantalum Capacitors. As a tantalum capacitor is a form of electrolytic capacitor, its structure consists of an oxide-based anode and a cathode of tantalum metal, with the anode being separated from the cathode by an electrolyte. It is important to note that the two electrodes in a tantalum capacitor differ in composition between an anodic electrolyte and a cathodic metal.

The most common types of tantalum capacitor are the polarized and non-polarized varieties. Polarized tantalum capacitors are specifically constructed with two electrodes, one of which is the anodic electrode and the other the cathodic electrode; the cathodic electrode is typically composed of either a tantalum base or a noble metal. Non-polarized capacitors meanwhile, are constructed differently, with a single anodic electrolyte being sandwiched between two cathodic metals. The cathode is typically composed of either a tantalum base or a noble metal, with the combination of the two metals being responsible for the high capacitance value of the capacitor.

In addition, both the polarized and non-polarized varieties of tantalum capacitors have two distinct characteristics that affect the performance and life of the device. The first characteristic is the amount of leakage current, which is an increase in the current flow between the electrodes due to imperfections in the oxide layer between the two metal layers. The second characteristic is the equivalent series resistance (ESR), which is the resistance of the capacitor due to imperfections in the oxide layer around the electrodes.

In the case of the 13008-070MESA/HR application field and working principle, it uses a unique combination of an anodic and cathodic electrode that maximizes both the leakage current and the ESR that it can accept. This combination of electrodes leads to improved capacitance, increased life, and improved temperature performance. Furthermore, this device is designed to be powered by rechargeable NiMH or Li-Ion batteries, which are capable of providing maximum current delivery and therefore increased performance and life.

The 13008-070MESA/HR application field and working principle also has the ability to maintain a high capacitance over a temperature range of -55°C to +125°C, which makes it suitable for a variety of applications. Furthermore, the device is designed to be used in extreme temperature and voltage conditions, making it suitable for the most demanding environments, including: automotive, medical, aerospace, military, marine, industrial, and telecom applications.

The 13008-070MESA/HR application field and working principle is an important area of knowledge when it comes to understanding the design and application of tantalum capacitors. By understanding the structure and operation of the device, users can ensure that they are accurately selecting the right product for their application needs, as well as ensuring that they are utilizing the full range of features and benefits of the device.