CDRCH12D78BNP-4R7NC

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

CDRCH12D78BNP-4R7NC is a signal transformer module. It is typically used for DC-DC conversion, coupled inductor, wireless charging and other applications requiring complex impedance matching in new and emerging technologies. As a type of array, the CDRCH12D78BNP-4R7NC signal transformer has an array of pins, allowing the user to precisely adjust the output voltage, current, and impedance characteristics to optimize the power transfer from the source to the load.

At the heart of the CDRCH12D78BNP-4R7NC signal transformer is its unique magnetic core. This core is made up of multiple layers of ferrite material, where each layer is separated by non-magnetic material. This arrangement provides increased inductance, optimized frequency response, and superior return loss performance. The ferrite core also ensures greater thermal stability compared to other signal transformer types. The unique core design of the CDRCH12D78BNP-4R7NC makes it ideal for high frequency applications where power demands are high and the output impedance needs to be matched across a range of frequencies.

In addition to its unique core design, the CDRCH12D78BNP-4R7NC signal transformer features an array of pins that can be used to precisely adjust the output voltage, current, and impedance characteristics. This allows the user to optimize the power transfer from the source to the load. The pins are usually organized in a spiral configuration, which minimizes the leakage inductance and eliminates excessive thermal effects. This type of array is typically used in RF and microwave applications where high-frequency performance is critical.

The working principle of the CDRCH12D78BNP-4R7NC signal transformer is simple yet efficient. This signal transformer works by converting the high input voltage and current sources into lower output voltages and currents. This is done by using a special type of magnetic material called ferrite, which has the ability to convert electrical energy into magnetic energy. When a current source is applied to the input of the signal transformer, a magnetic field is created inside the ferrite core. This magnetic field induces a voltage in the output of the signal transformer, which is then converted back into a current source and then applies to the load.

By using the CDRCH12D78BNP-4R7NC signal transformer, you can achieve efficient power transfer with a wide range of input and output impedance values. Additionally, you can also use it to match impedances across multiple frequencies, thus ensuring a consistent performance regardless of the frequency. This signal transformer is ideal for applications that require high-frequency performance, such as DC-DC converters, coupled inductors, wireless charging, and other high-frequency applications.

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