PH9455.826NL

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Common Mode Chokes are one of the most popular types of electrical components used in a wide variety of industries, from automotive and aerospace to medical and consumer applications. The PH9455.826NL application field and working principle can be described as follows.

The PH9455.826NL is a low profile, high frequency, common mode choke. This choke is designed to reduce common mode noise. It can also be used as an AC line filter to improve the power quality of systems by reducing ripple current and improving the voltage regulation. The common mode choke is constructed with a two-stage ferrite core, which is designed to reduce the effects of EMI and RFI. The common mode choke features high insertion loss and a wide operating bandwidth.

The working principle of the PH9455.826NL is based on the impedance of the choke\'s windings. When an AC voltage is applied to the choke, the winding size and turns ratio determine the impedance. This is used to limit the current flow in the common mode, while still allowing the desired alternating current to flow. The lower the impedance, the greater the amount of current passing through the common mode, and vice-versa. As the frequency of the AC voltage increases, the impedance of the choke increases, thus limiting the current passing through the device. The impedance of the PH9455.826NL is typically in the range of 100-150 ohms. This provides a high level of common mode noise suppression, which ensures reliable operation of the system.

The PH9455.826NL is designed for use in a wide range of applications, from circuit boards to medical devices. It can be used in circuits to reduce AES and EMI noise, as well as in the power lines to improve power quality and reduce the risk of damage due to over-voltage or over-current. The PH9455.826NL offers a wide operating bandwidth, low profile, and high insertion loss, making it an ideal choice for many applications.

In summary, the PH9455.826NL is a high frequency, low profile, common mode choke with a two-stage ferrite core. It is designed to reduce common mode noise and improve the power quality of systems by reducing ripple current and improving the voltage regulation. The common mode choke is an ideal choice for a wide range of applications, from circuit boards to medical devices. The impedance of the choke determines the amount of current passing through the common mode and is usually around 100-150 ohms. This offers a high level of common mode noise suppression and reliable operation of the system.

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