4232-153G

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, also known as in-series chokes, are components that are commonly used in electric circuits. These inductors are generally characterized by having a static or fixed inductance value, meaning that the value of the inductor does not change with frequency or application. The 4232-153G is a fixed inductor specifically designed for high-frequency and telecom applications. It has a generous 135 nH inductance value along with a quality factor of 80 at resonance, and a saturation current of 1.2A.

Applications

The 4232-153G’s specifications make it well-suited for a wide range of applications, such as radio-frequency (RF) networks, telecommunications systems, high speed signal processing and data transmission. It is a commonly-used component in communication systems due to its low-cost, low-loss, and high-efficiency design.

In RF networks, the 4232-153G is used to adjust the impedance levels in the transmission line, as well as to provide a certain amount of isolation between different stages of the circuit. This helps to reduce inter-stage noise and ensure a consistent signal. It also helps to reduce the amount of power that is lost through different stages of the circuit, improving the performance and efficiency. Similarly, it is used in transmission systems to ensure that the signal is correctly coupled between devices and consistently transmitted with minimal power loss and noise contamination.

In high-frequency and high-speed signal processing, the 4232-153G is typically used to filter or manage the signals that are being transmitted across different stages. This helps to reduce noise and signal distortion, while also improving the consistency of the signal and ensuring that it is transmitted in the desired way. Additionally, it is used as an output filter for low-frequency signals and transmissions, allowing for improved noise immunity and signal isolation.

Working Principle

The 4232-153G inductor works on the simple principle of electromagnetic induction. As current passes through the inductor, a magnetic field is generated around it. This magnetic field creates an opposing electric field, which in turn opposes the flow of the current and creates a voltage drop. The voltage drop increases with increasing current. This voltage drop helps to maintain a consistent voltage level and reduces interference.

Furthermore, the 4232-153G induces a signal in the opposite direction to create an inductive reactance. This affects the signal\'s frequency and creates a frequency-dependent impedance (aka the inductor\'s quality factor). The quality factor determines the amount of attenuation, or the signal\'s reduction in strength with increasing frequency. This helps to protect against high frequency interference and increase signal stability and consistency.

Inductors also have the ability to block or filter certain signals depending on their frequency and value. This can help prevent noise and interference from reaching the final amplifier or receiver. The 4232-153G is well-suited for this type of application as it can filter both high and low frequency signals.

Conclusion

The 4232-153G fixed inductor from Murata is an ideal component for use in high-frequency and telecom applications. It has a generous 135 nH inductance value with a quality factor of 80 and a saturation current of 1.2A. Its low-cost, low-loss and high-efficiency design make it perfect for applications such as RF networks, telecommunications systems, signal processing and data transmission. Additionally, it can provide an inductive reactance to the signal and help protect against high-frequency interference, as well as being able to filter out both high and low frequency signals.

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