SSHB10H-R07284

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Common Mode Chokes are extremely versatile electrical components that are used to reduce electromagnetic interference (EMI) in various types of electronic systems. The SSHB10H-R07284 is an example of a common mode choke that is optimized for use in automotive and industrial applications.

This particular model has a rated working current of 7A and a rated operational temperature range of -40℃ to +125℃. The inductance and resistance values for this component are 3.48 mH ±20% and 11.3 ohm respectively. The component is constructed of ferrite with a plastic casing, and the internal construction is made up of two windings of copper wire which are arranged in opposing directions. This arrangement helps to cancel out interference along the line that is travelling in the same direction.

The working principle of the SSHB10H-R07284 common mode choke is simple yet effective. It works by blocking the flow of common mode currents along the line while allowing the differential mode currents to pass. The differential mode current is the useful signal that the device is designed to transmit while the common mode current is the potentially damaging interference. When the two currents pass through the choke they become out of phase with each other, which is what causes the cancellation of the common mode current.

The SSHB10H-R07284 is ideal for automotive and industrial applications due to its high temperature performance and low inductance values. The low inductance values help to ensure that the current and acceleration of the motor are not affected, which is essential in automotive and industrial settings. It has a wide working frequency range of 10kHz to 10MHz, making it suitable for use with a variety of devices. Its high temperature rating makes it resilient against thermal shock and elevated temperatures.

The SSHB10H-R07284 common mode choke is an essential component for any automotive or industrial application where protection from EMI is necessary. Its low inductance and high temperature performance make it very effective at removing common mode currents from the line while allowing the useful signals to pass unhindered. This helps to improve the efficiency and reliability of the system while reducing the risk of damaging interference.

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