BK0603HR122-T Filters

Series:	BK
Packaging:	Tape & Reel (TR)
Part Status:	Active
Filter Type:	Signal Line
Number of Lines:	1
Impedance @ Frequency:	1.2 kOhms @ 100MHz
Current Rating (Max):	200mA
DC Resistance (DCR) (Max):	1.3 Ohm
Ratings:	--
Operating Temperature:	-55°C ~ 125°C
Package / Case:	0201 (0603 Metric)
Mounting Type:	Surface Mount
Height (Max):	0.013" (0.33mm)
Size / Dimension:	0.024" L x 0.012" W (0.60mm x 0.30mm)

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Ferrite Beads and Chips

Ferrite beads and chips are a type of active electronic component which offer electromagnetic interference (EMI) emission shielding and signal noise reduction. Ferrite chips and beads are widely used in through hole and surface mount technology circuit applications, such as telecommunications, medical, aerospace and automotive industries.

The BK0603HR122-T application draws on the core advantages of both ferrite beads and chips. It is a high power chip ferrite bead structure with an inner core made of a ferrite and an outer shell made of a dielectric dielectric material. It has a maximum impedance of 120Ω and a maximum current rating of up to 16 Amps and has a maximum continuous current of up to 12 Amps.

The BK0603HR122-T application works on the principle of electromagnetic wave dissipation by dissipating unwanted current flow within the ferrite chip. The outer shell is formed from the dielectric material, and this in turn helps to form an electromagnetic shield. By acting as a shield, the ferrite chip helps to dissipate any voltage or current which is considered to be unwanted in the circuit. As the current flows through the chip, it is radiated away, resulting in an improved signal-to-noise ratio.

The BK0603HR122-T application is best suited for applications which require high power and high current handling such as audio-visual systems, video-audio systems, and power conversion circuitry. The application is also well-suited for those applications which require heat dissipation, such as power supplies and high-powered electronic devices. As the chip dissipates the unwanted current flow in the circuit, it reduces the number of thermal losses that occur, provides an improved signal-to-noise ratio and helps to extend the life of the electronic components.

The BK0603HR122-T application also has a low radiation emission to make it suitable for portable, mobile, and satellite communications and other purposes which demand high power but low-noise emissions. Additionally, this application has a high EMI capability, making it suitable for use in remote control systems, as well as military and aerospace applications. The chip and bead are manufactured with a high dielectric strength, so they are able to withstand high temperatures and high currents in comparison to other conventional chip materials.

The bead technology used in the BK0603HR122-T application is both reliable and cost-effective. They provide superior EMI shielding and provide improved signal-to-noise ratios, allowing for higher power and higher lifetimes in the application life. They are also low cost to produce, making them an economical choice for a variety of applications. The BK0603HR122-T application provides both EMI shielding and heat dissipation for applications which require high power and allow for long-term use.

In summary, the BK0603HR122-T application is a high power chip ferrite bead structure designed to improve the signal-to-noise ratio of all types of electronic systems. The structure is made of an inner core of ferrite and an outer shell of dielectric material. It has a maximum current rating of up to 16 Amps and has a maximum continuous current rating of up to 12 Amps. The application is best suited for applications which require high power and high current handling, such as audio-visual systems and power conversion circuitry. It also has a low radiation emission and a high EMI capability, making it suitable for use in remote control systems, military and aerospace applications. The bead technology used in the BK0603HR122-T application is cost-effective and reliable, providing superior EMI shielding and signal-to-noise ratios.

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