CIH02T0N4BNC

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

Fixed Inductors are a vital element of any electronic circuit, and the CIH02T0N4BNC is no different. To suit different applications, Fixed Inductors feature several distinct characteristics that govern how they will perform in any given situation. As such, it is important to consider these aspects when selecting the CIH02T0N4BNC for a specific application.

The CIH02T0N4BNC is a very versatile component, being incredibly adaptable to many different electronic applications. Its size is one of its primary advantages, being only 3.2mm by 7mm; this aids with heat dissipation while still providing a great deal of inductance within the component. The other main feature of the CIH02T0N4BNC is its frequency range, which can range from 450kHz to 1GHz.

When operating within the frequency range of the component, the CIH02T0N4BNC provides an impressive level of power handling capacity, allowing up to 8 watts with only a short duty cycle. Inside the housing of the component are four specifically designed windings, each of which provides a specific inductance value in respect to the CIH02T0N4BNC inductance range.

This range can be further fine-tuned by pairing the CIH02T0N4BNC with an external capacitor, allowing the CIH02T0N4BNC to supply the desired inductance over a slightly wider frequency range. This type of configuration can be especially useful for frequency-sensitive applications where detailed, precise inductance levels need to be achieved.

In terms of application, the CIH02T0N4BNC is ideal for use in RF power amplifier circuits, RF limiter amplifiers, and RF processors. Additionally, the component can also be used in other types of electronic devices such as switches and filter networks, where the attention to detail offered by the CIH02T0N4BNC is necessary.

The CIH02T0N4BNC\'s working principle is relatively straightforward. When a voltage is applied to the component, it produces an electromagnetic field around its core. This magnetic field then interacts with the electric field of the voltage causing it to collapse, generating a current within the component. This current is then amplified and stored in the component, which is then released as an inductance when the voltage is removed.

By design, fixed inductors such as the CIH02T0N4BNC offer a multitude of advantages over other components they are used in tandem with, and as such are an integral part of many electronic devices. With its impressive power handling capacity, flexible design, and wide-reaching applications, the CIH02T0N4BNC is a highly advantageous and adaptable component that is perfect for any electronic circuit.

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