4309R-101-123LF

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Resistor networks and arrays have evolved from traditional resistors into various advanced base configurations, either for communication and control, power distribution or for the specialized requirements of digital circuits and special applications. As part of the specialization, discrete-level resistor networks and arrays such as the 4309R-101-123LF come with many advantages.The 4309R-101-123LF is a multi-resistor network with its lead formed, resistive, and three terminals. It has a variety of specifications designed for different levels of performance. One of the most popular applications of this product is in the telecommunications industry, where 4309R-101-123LF is not only used to control transmission within a single network, but also to control multiple networks and connections of various networks in order to maintain quality and consistency of transmission. In addition, the 4309R-101-123LF is used in various industrial automation applications as well as high-end consumer electronics such as medical equipment, vehicular systems, and data acquisition systems. As a resistor network, it can handle large currents, enabling it to operate multiple devices at the same time. The 4309R-101-123LF can also be used to reduce power consumption and eliminate spurious signals in power management and communication systems. This makes the product suitable for applications that require high resistance and low power consumption, as well as enhanced signal integrity. The 4309R-101-123LF can be soldered or connected with any other component, allowing it to be integrated easily into existing designs or incorporated into new ones. Its versatile and adaptive nature means it can be easily adapted to various applications, making it a common choice for many projects. When it comes to the technical aspects of the 4309R-101-123LF, it has a working voltage of 50V DC, a resistance range of 6.5 Ω to 120 Ω, and a maximum power rating of 0.75W. The product is leaded and RoHS compliant and has excellent temperature coefficient performance. This makes it suitable for use in most environments and scenarios. The working principle of the 4309R-101-123LF is fairly simple. It functions as a multi-resistor network with three terminals and resistive leads. When a current is applied to two of its terminals, a voltage difference is created between the two terminals and the third terminal. This voltage difference can then be used to identify the resistance of the resistor network.In conclusion, the 4309R-101-123LF is a reliable and high-performance resistor network that is suitable for a variety of applications. Its versatile and adaptive nature makes it a suitable choice for many projects, whether it is for telecommunications, automotive, industrial or consumer electronics. The product also has excellent temperature coefficient performance, making it perfectly capable of adapting to various environments. It works in a simple and effective manner, making it a great choice for those who need a reliable and functional multi-resistor network.

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