MMZ1608D050C

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Ferrite beads and chips are perfect for widespread use in electronics projects because they are small, cost effective and light weight. The MMZ1608D050cis no exception as it’s a small ferrite beadwith a high performance, and designed to fit a variety of PCBs.One of the most common uses of the MMZ1608D050c is in RF circuits. It can act as a DC block, RF by-pass, or an RF filter, and it is ideal for high frequency applications due to its ability to reject higher frequency noise interference. That makes it perfect for automotive, computing, industrial and communication applications.The working principle of the MMZ1608D050c is based off of the Law of Induction. It works by providing a path for magnetic flux which essentially reduces noise interference. The core of the ferrite bead can be made out of various materials including ferrite, nickel zinc, and NdFeB, and the most important part of the design are the two small coils which can be used to adjust the inductance, capacitance, and resistance to create the desired noise filter.When a current runs through the coils, the ferrite bead has the incredible ability to reject RF noise interference while still allowing AC and DC signals to pass through. The frequency range the ferrite bead works in is determined by its design and also the core. The MMZ1608D050c can operate in frequencies up to 200MHz and is able to reject higher frequency noise that’s up to 500MHz.What’s even more impressive is that the MMZ1608D050c is very small at just 0.5mm in length, 0.3mm inwidth, and can operate at temperature ranging from -25°C to +85°C. The small size and temperature range makes it perfect for integration into various PCB designs fromhigh powered automotive parts to microcomputer applications.Overall, the MMZ1608D050c is one of the most versatile ferrite beads and it’s perfect for high performance noise reduction solutions and interference reduction for RF applications. Its ability to reject higher frequency noise and its small size make it perfect for a wide range of applications from automotive to industrial and computing projects.

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