MZA1210D330C

Series:	MZA
Packaging:	Tape & Reel (TR)
Part Status:	Obsolete
Filter Type:	Signal Line
Number of Lines:	2
Impedance @ Frequency:	33 Ohms @ 100MHz
Current Rating (Max):	50mA
DC Resistance (DCR) (Max):	300 mOhm
Ratings:	--
Operating Temperature:	-55°C ~ 125°C
Package / Case:	0504 (1210 Metric), Array, 4 PC Pad
Mounting Type:	Surface Mount
Height (Max):	0.024" (0.60mm)
Size / Dimension:	0.049" L x 0.039" W (1.25mm x 1.00mm)

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Ferrite Beads and Chips

Ferrite beads and chips are components used in electronic circuits to reduce electrical resistance and electromagnetic interference (EMI). The MZA1210D330C is an example of a ferrite bead and is designed for high-frequency impedance matching and filtering applications. It is a popular choice for a wide variety of products from personal computers to communication platforms and cell phones.

MZA1210D330C Application Field

The MZA1210D330C ferrite bead is designed to be used in a variety of high-frequency impedance matching and filtering applications. It offers excellent frequency-dependent impedance matching capabilities and is ideal for applications such as telecommunications, networking, and satellite systems. It can also be used in power conversion applications, automotive systems, industrial controllers, and even digital consumer products.

MZA1210D330C Working Principle

The MZA1210D330C ferrite bead is composed of two main components: the ferrite core and the coil. The ferrite core is made of nickel zinc ferrite material, which is highly conductive and provides an effective shield against EMI. The coil is wound around the ferrite core and is made of a special polyurethane material that is designed to conduct high-frequency signals with minimal ringing.The ferrite bead works by providing an effective shield against high-frequency noise. As the high-frequency noise passes through the bead, it encounters the ferrite core, which acts as a barrier, absorbing the energy and dissipating it as heat. The coil then channels the remaining energy away from sensitive components, shielding them from potential damage. In addition, the coil provides high-frequency impedance matching capabilities, allowing systems to achieve optimal signal integrity.

Conclusion

The MZA1210D330C ferrite bead is a popular choice for high-frequency impedance matching and filtering applications. It offers excellent frequency-dependent impedance matching capabilities, effectively shielding sensitive components from damage due to high-frequency noise. Its nickel zinc ferrite core and polyurethane coil construction provide an effective barrier and channel for reducing EMI and achieving optimal signal integrity.

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