70F336AI-RC

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Fixed inductors are generally used in power supplies, battery chargers, switch mode power supplies, and any other applications where filtering, matching and biasing are required. The 70F336AI-RC is a type of fixed inductor, manufactured by Vishay Dale Electronics. This part is primarily used for Radio Frequency (RF) applications such as RF filters, RF matching and RF decoupling.

The 70F336AI-RC is a DBUS (Dale Bi-polar Series) mounting inductor with a self-leaded outward facing surface mount contact, and ferrite core material construction. It is designed for DC to 8GHz RF applications and requires a two-terminal mounting interface. This part is made in a small size package, measuring 3.5 x 1.3 x 0.5 mm, making it very compact and appropriate for applications where space is a premium. It is also available in various leaded and non-leaded styles.

The 70F336AI-RC has good high-frequency characteristics due to its high self-resonance of approximately 7 GHz, its low series resistance of 1Ω or less, and its low DC resistance of 0.12Ω. It has flux density, temperature coefficient, and thermal resistance ratings of 140 mT, 0±50PPM/°C, and 5˚C/W, respectively. It also features a 400GHz maximum peak operating voltage of 5V.

In terms of the working principle, the 70F336AI-RC behaves as a transformer due to its ferrite core construction. The DC current supplied to the inductor creates a magnetic field in its core, also known as flux. The flux lines intersect the ferrite core, generating a reflected magnetic field. This creates reactive power in the form of inductance. This inductance creates an impedance, similar to a transformer, which allows only specific signals and frequencies to pass. Thus it creates a band-pass filter, allowing it to be used in many RF applications.

The 70F336AI-RC provides an economical, small and reliable solution for RF applications. It is conveniently available in many leaded and non-leaded styles, making it ideal for a variety of applications such as RF power amplifiers, RF filters and RF matching networks. This makes it an extremely versatile part for most RF applications, and it is highly recommended for use in RF circuits.

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