Inductor

1.Low profile (h=2.5mm)
2.Small size (5.0x5.0mm) and high rated current (2 to 6A)
3.High common mode Impedance(max. 1400 ohm, at 100MHz)
4.Operating Temperature Range：-40℃ to +105℃

Wire Wound Ferrite Inductor for Power Lines.
1.7mm max. Thickness, 105℃ Operation Available

SMD type feed through EMI Filters consist of feed through capacitor and ferrite core. They are for power line with T type circuit structure. They can be used for large current circuit (continuously up to 10A) since inner conductor current channel is feed through without connection (DC resistance is extremely low). Ceramics and metal structures gives better heat-resistant and high reliability.

The adoption of the new method has resulted in a high inductance that could not be achieved with conventional metallic materials.
Due to the properties of metallic materials, they are more able to handle larger currents than ferrite materials.
The use of high-µ materials has made it possible to achieve low Rdc in metal products.
The coil is fully encapsulated with a magnetic material to minimize leakage flux.
Supports rated voltage of 40V.
Operating temperature range: –55 to +155°C (including self-temperature rise)
Compliant with AEC-Q200.

FEATURES
High Q type inductor for high-frequency circuits.
Inductance range: from 0.6 to 120nH.
0.1n step inductance lineup.
Compared with existing products, the size was greatly reduced, making it optimal for fine-pitch circuits.
Optimal configuration that greatly improves the Q to 800MHz or higher.
Advanced monolithic structure is formed using a multilayering and sintering process with ceramic and conductive materials for high-frequency.
Operating temperature range: –55 to +125°C

 Very high rated current
 High saturation behaviour
 Suitable for wave soldering
 RoHS-compatible

Noise reduction solution for power line.
Compared to the MMZ series, has low direct current resistance for compatibility with large currents, optimal for low power consumption.
Various frequency characteristics with 5 materials of different features for countermeasures against everything from general signals to
high-speed signals.
Performs well even in signal lines where low direct current resistance is required.
Operating temperature range: –55 to +125°C

Small size, low profile
Large current achieved through use of metallic magnetic core material

MARUWA has developed the Band Pass Filters (BPF) by applying the ceramic technologies which we have cultivated for many years. Our advantage is that we have integrated production processes from raw material process by using own dielectric ceramics (coaxial resonators). They can be customized.