1638R-02G

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Fixed inductors are essential components in the production of many electronic items and are used in numerous electronic applications. Commonly referred to as ‘passive’ components, fixed inductors can be used in all types of circuits including high frequency circuits, filter circuits, switching power supplies, and high power equipment. The 1638R-02G is one of such inductors, specially designed for use in high frequency circuits.

For most high frequency circuits, the challenge is finding the right inductor that can supply the required frequency with the least amount of energy. The 1638R-02G is designed to meet this challenge, as it is capable of providing the required frequency of up to 10GHz while consuming minimal energy. The high frequency of the 1638R-02G also makes it ideal for use in filter circuits, such as those used in radio receivers, television receivers, and medical ultrasound machines.

The 1638R-02G is also designed to withstand extreme temperatures, making it suitable for use in environments with high levels of heat and humidity. Additionally, it is constructed using a unique combination of materials that helps to reduce noise, which is important for certain applications such as signal processing and medical ultrasonic imaging. Additionally, the inductor is coated with nickel which provides additional protection from voltage surges and other environmental hazards.

The working principle of the 1638R-02G is that of an inductor. When an electrical current passes through the inductor, a magnetic field is created in the surrounding space. This field will induce a voltage in the winding of the inductor, and this voltage in turn induces a current in the coil. The current then passes through the inductor, creating an electrical resistance that causes the current to decrease. The decrease in current is what helps to reduce noise.

The 1638R-02G is an ideal choice for use in a wide range of applications, from radio receivers to medical ultrasound devices. With its unique combination of materials and design, it provides an effective and reliable solution for many high frequency circuits. The benefits of this inductor include its ability to supply up to 10GHz of frequency while consuming minimal energy, its ability to withstand extreme temperatures, and the protective nickel coating which helps to reduce noise and protect the inductor against environmental hazards.

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