E2K212BJ105MD-T

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

Capacitor networks and arrays are used in many applications. An E2K212BJ105MD-T is a patented, high performance capacitive membrane capacitive device (CMD), a type of integrated structure with unique characteristics. CMDs are used for a variety of applications, from filtering to tuning capacitance. As with any other capacitive device, the E2K212BJ105MD-T works based on Faraday\'s law, conserving charge between two conductors.

When current passes from one electrode to the other, a property known as dielectric polarization occurs. This polarization is responsible for the capacitive effect and serves to provide a reliable storage of electrical energy. In a CMD, the dielectric polarization is between a pair of electrodes which are separated by a thin dielectric membrane or spacers. The electrodes are often made of gold, silver, aluminum and other metals such as tantalum, niobium and titanium. The dielectric membrane can be made of a variety of materials, including glass, polymers and ceramic.

The E2K212BJ105MD-T is a monolithic device that differs from standard capacitor networks as it requires no special assembly and includes all necessary components in one integrated piece of a substrate. This CMD takes advantage of the small footprint to provide a wide tuning range while consuming little space. Additionally, the small size of the device allows it to respond rapidly to changes in the electrical field.

The E2K212BJ105MD-T can be used in various applications, from low-power DC loads to AC power supplies and switching. The capacitance can be adjusted to a wide range of values and it is also useful for high frequency filtering and tuning. Other applications in which E2K212BJ105MD-T can be used include dc-dc power conversion, voltage-controlled oscillators and amplifiers.

When used as a voltage-controlled oscillator, the E2K212BJ105MD-T may be connected with a resistor-capacitor (RC) network to form an oscillator. The resistors are used to adjust the gain independence and resistance and the capacitors provide the capacitance tuning range. The E2K212BJ105MD-T can be further linked to other oscillating components, such as inductors.

The E2K212BJ105MD-T is also appropriate for use in amplifiers. When designing an amplifier using the CMD, the circuit must include both a resistor-capacitor network and a variable inductor. The variable inductor allows for adjustment of the amplifier\'s frequency response adjustment and gain adjustment.

In addition to the above applications, the E2K212BJ105MD-T can be used in voltage converters, DC-to-DC power converters, switching circuits and frequency-dependent AC loads. Moreover, due to its small size and wide tuning range, E2K212BJ105MD-T is particularly well suited for mobile devices, where space is limited and high performance is required.

In conclusion, the E2K212BJ105MD-T is a high performance CMD designed to offer a wide range of applications. Due to its integrative design, tuning range and small form factor, the E2K212BJ105MD-T is suitable for a variety of uses in automotive, industrial, communications, and other markets. Faraday’s law of charge conservation enables the device to store electrical energy, allowing it to be employed in a range of power and signal processing applications.

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