CMX1211W182B-10

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Common Mode Chokes (CMC) are an important type of component used in electronic circuits. The CMX1211W182B-10 is a specific model of CMC from Jiangsu ChangMingXin Electronic Technology Co. Ltd., which has a wide range of applications and working principles.

Common Mode Chokes are typically used for radio interference suppression, filtering of signals, and voltage regulation. They are applicable in many different industries, including automotive electronics, communication systems, industrial control systems, medical electronics, and computer peripherals. The CMX1211W182B-10 model of Common Mode Choke is especially suitable for automotive electronics applications, reducing the EMC interference of high-power circuit components.

The working principle of the CMX1211W182B-10 model of Common Mode Choke is based on the concept of inductive coupling. It is composed of two cores that are formed together into a “figure 8” geometry. The two cores are connected in parallel and a ferrite material is used to form the core structure. When current is introduced into one core, it induces a voltage in the other core, which is then used to suppress radio frequency interference.

The CMX1211W182B-10 can be adjusted to store larger amounts of energy by rearranging the core’s orientation or the use of additional coils. It has a high current resistance of up to 100A and a wide range of operating temperatures, from -40C to 130C. It can also be used with different types of input signal, including DC, AC, single-phase or three-phase signals. The CMX1211W182B-10 has a frequency range of 10MHz to 1000MHz and a peak current of up to 100A.

The CMX1211W182B-10 Common Mode Choke is a versatile, reliable component that can be used for a wide range of applications in automotive electronics, medical electronics, communication systems, computer peripherals, and other industries. The unit is highly reliable and has an operating temperature range of -40C to 130C. It has a high current resistance of up to 100A and a wide range of operating frequencies, from 10MHz to 1000MHz. Its superior performance and wide range of applications make it an ideal choice for electronic circuits.

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