YC324-FK-072K4L

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

Resistor networks and arrays serve a variety of roles in electrical engineering, providing reliable and accurate control of electrical signals. The YC324-FK-072K4L is a 4-resistor network specifically designed for wideband applications demanding low loss and high reliability. This network is composed of four resistors and uses thick film technology to provide the highest accuracy and consumer experience. This article will provide an overview of the application field and working principle of the YC324-FK-072K4L.

Application Field

The YC324-FK-072K4L is designed for operation over the broad frequency range of 10 MHz to 5GHz with a maximum input power of 0.6W. It is ideally suited for high frequency antenna applications such as mobile phones and other passive and active wireless infrastructure components. This device is also suitable for driving crystal oscillators in automotive, communication and industrial applications. Additionally, the YC324-FK-072K4L can be used in synthesizer modules, radio transceivers, and oscillators for voltage-controlled oscillators and phase-locked loop systems as well as cushioning and compensation networks.

Working Principle

The YC324-FK-072K4L is an R-2R resistor ladder network that uses thick film technology to minimize errors. It contains four resistors, two of which are unequal in value. This results in different power levels at each resistor, enabling a wide range of modulation depths. The YC324-FK-072K4L works on the principle of voltage division. An input voltage is applied across two points and the voltage is equally divided among the four resistors on the network. The output voltage of the YC324-FK-072K4L is taken across the other two resistor points, based on the input voltage.

The YC324-FK-072K4L resistor network is capable of providing highly reliable and accurate control of electrical signals. It offers excellent return loss and low insertion loss, making it ideal for wideband applications. The network is also designed for maximum signal linearity making it suitable for complex modulation in both the amplitude and phase domains. Due to its small size and high repetition rate, the YC324-FK-072K4L is ideal for applications where minimal space is required. The resistor network is easily integrated into existing design using its solder pads with easy subjection to multiple wave soldering processes.

Conclusion

The YC324-FK-072K4L is a 4-resistor network designed for use in a variety of wideband applications. It offers low loss, high accuracy, and high reliability, making it an ideal solution for a variety of applications. The network consists of four unequal resistors and works on the principle of voltage division, dividing an input voltage equally among the resistors. The YC324-FK-072K4L also offers excellent return loss, minimal insertion loss, and maximum signal linearity for complex modulation, making it suitable for a wide range of applications.

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