CKCL22X5R1C224M085AA

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

The CKCL22X5R1C224M085AA is a capacitor network, array, and part of the GRM series. It is a top-grade array of thin film chip capacitor networks, made to the exact specifications of MIL-PRF-38535. This series has a wide range of applications in aerospace equipment, military and defense systems, medical equipment, automotive electronics, and communication systems. It also has a variety of other industrial uses.

The CKCL22X5R1C224M085AA consists of a combination of capacitors in an array, each of which has a fixed capacitance value. This series has an impedance of 0.1 ohm (x1R), and its operating temperature range is from 55°C to +125°C. It also comes in two different dielectric materials: PET and COF. Both of these materials have a reliable dielectric constant of 1.

The basic working principle behind the CKCL22X5R1C224M085AA is the presence of an electric field inside the capacitor. This electric field, which is the result of capacitance, is generated between the two electrodes, or plates, of the capacitor. The electric field stores electrical energy and is actually responsible for the operation of a capacitor network. When a voltage is applied across the two electrodes, this field will be created, causing a current to flow through the capacitor.

When the current is flowing, the capacitor will be charged, and the current will cause the electric and magnetic fields inside the array to interact. This creates an electric and magnetic field distortion, which dissipates energy and produces an equal, but opposite, current which travels in the opposite direction. This equal, but opposite, current will eventually balance out the original current, thus creating a stable voltage drop across the capacitor.

The CKCL22X5R1C224M085AA capacitor array uses this same principle but with a few modifications. Its component capacitors are connected in a way that creates an inductance which is responsible for its high self-resonant frequency, high stability and wide bandwidth. In addition, the component capacitors are also connected in a way that they can sustain a higher ripple current, which can then be used for power stabilization. This feature makes the CKCL22X5R1C224M085AA capacitor array well suited for applications that require extremely reliable and stable power supply.

The CKCL22X5R1C224M085AA can be used for a variety of applications, including power supply and voltage regulation, AC and DC line filtering, and many others. Its component capacitors can be configured to create filters that can provide a wide range of frequencies, or even multiple real poles and poles. Additionally, its component capacitors can also be configured to create balanced power supplies, which are essential to medical equipment, motor drives, and other applications that require reliable power.

The CKCL22X5R1C224M085AA capacitor network is an important component of many electronic devices. Its component capacitors can be used to form a capacitively-coupled filter to modify the frequency response, or they can be used to create balanced power supplies. The capacitors can also be manipulated to provide a wide range of frequencies and levels of ripple filtering. This makes the CKCL22X5R1C224M085AA highly suitable for many different applications.

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