CMT1-5-R

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

Common mode chokes, or CMCs, are an important type of electrical component used to reduce noise and interference in systems. CMT1-5-R are a type of common mode chokes, which are used to reduce or reject common mode current or EMI/RFI noise. They are commonly used in AC and DC power lines as well as in various electronic systems.

In electrical engineering, the purpose of a common-mode choke is to increase the isolation between two inputs or circuits while providing a low reactance so that there is limited current flow in the common-mode due to the inductive reactance. It provides an efficient way to reduce noise and power dissipation, as well as helping to reduce the chances of electrical shock. CMT1-5-R common mode chokes typically come in the form of a small strip or block, and they may also have additional components such as bypass capacitors.

The CMT1-5-R has a relatively small inductance value of 1.5 mH, which makes it suitable for removing noise from AC and DC power systems. This type of choke is designed to reduce both differential-mode noise and common-mode noise, and its ability to reject noise at high frequencies makes it highly effective for these types of applications. The inductance of the CMT1-5-R is also lower than other types of common-mode chokes, which helps reduce overall power losses due to the inductive reactance.

CMT1-5-R common mode chokes are usually used in the power, automotive, telecommunications, and medical markets. They are widely used in AC and DC power-line filters to reduce noise in signal or power circuits. They can also be used in switch-mode power supplies to protect circuits against inductive kick-back. Additionally, CMT1-5-R chokes can be used in high-frequency applications, such as transceivers, to prevent common-mode signals from being conducted back into the input circuitry.

The CMT1-5-R works on the principle of common mode choke, which uses a toroidal core with a number of turns of two wire windings. As the load changes, the differential current in the two windings will change, causing a voltage to be induced in the two windings. This voltage creates an additional magnetic field to oppose the current in the two windings, and thus reduces the common mode current through the load. The resulting voltage across the windings is much lower than the input voltage, thus reducing the amount of noise. The differential-mode current is not affected by the choke. The choke works differently from the balun, which doesn’t block common-mode current, but instead converts one signal type to another.

Common mode chokes are a relatively inexpensive way to reduce unwanted noise in electrical systems, and the CMT1-5-R is an effective and reliable component in this regard. It provides effective noise reduction at high frequencies, and its small inductance makes it suitable for power and DC applications. This type of common mode choke can be used in many different applications, which makes it a versatile choice. It is also relatively simple to install and can be used with other components to provide optimal performance.

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