SS20H-R06200

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Common mode chokes (CMC) are a type of electrical transformer that blocks the electromagnetic interference (EMI) from passing through a circuit. The SS20H-R06200 CMC is a compact and robust solution for high frequency operation. This type of choke is designed to reject and dissipate high frequency harmonics, noise, and other high frequency emissions from sensitive electronic devices and circuits.

The SS20H-R06200 has two separated windings: the main winding and the control winding. The main winding consists of multiple turns of insulated wire, which provides the largest degree of inductance and allows the main winding to act as a filter. The control winding consists of multiple turns of insulated wires in the same direction, which provides the smallest degree of inductance.

The SS20H-R06200 has the ability to suppress common mode noise from a variety of sources. This includes both high-frequency transient interference and low-frequency conducted emissions. Additionally, this CMC is capable of operating in both buck and boost mode, meaning it can be used in applications that require signal conversion, such as DC-DC power conversion and AC-DC power conversion.

The working principle of the SS20H-R06200 is based on Faraday\'s law of induction. When a high frequency current or voltage is applied to the control winding of the CMC, an electromotive force (EMF) is induced through the main winding of the CMC. This EMF is then dissipated as heat, which prevents the high frequency current or voltage from passing through the main winding.

The SS20H-R06200 has an operating temperature range of -40°C to +125°C, and it can support a working frequency of up to 100MHz. This makes it a great solution for applications in industrial, automotive, and consumer electronic products.

The SS20H-R06200 CMC is a key component in the design and production of efficient, high performance, and reliable electronic devices. Its ability to reject high frequency interference and dissipate noise helps reduce EMI and protect sensitive electronic components by providing excellent common-mode noise suppression. As such, this CMC is an important component in the design of any device that requires reliable operation and protection of its components from EMI.

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