Effective Noise Suppression Chip Bead INPAQ MHC1005S121MBP for High Current Electronic Applications

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Product Description

Product Overview

The INPAQ Global RF/Component Solutions MHC S Series High Current Chip Bead is designed for effective high-frequency noise suppression while handling significant current. These chip ferrite beads offer a combination of high current capability, up to 6 Amps, with low DCR (Direct Current Resistance). They are ideal for applications such as high current DC power lines and circuits where a stable ground is unavailable.

Product Attributes

Brand: INPAQ Global RF/Component Solutions
Series: MHC S Series
Product Type: High Current Chip Bead
Material: Chip Ferrite Bead
Certifications: RoHS, Pb

Technical Specifications

Product Name	Size (EIAJ)	Dimensions (L x W x T) (mm)	Part Number Code Example	Impedance () +/-25%	Test Freq. (MHz)	DCR () (Max.)	Rated Current (mA)	Packaging
MHC 1005 S Series	1005 (0402)	1.000.10 x 0.500.10 x 0.500.10	MHC1005S100NBP	10	100	0.09	2000	P (Embossed paper tape, 7" reel), E (Embossed plastic tape, 7" reel)
MHC 1608 S Series	1608 (0603)	1.600.15 x 0.800.15 x 0.800.15	MHC1608S300QBP	30	100	0.04	3000	P, E
MHC 2012 S Series	2012 (0805)	2.000.20 x 1.250.20 x 0.900.20	MHC2012S310WBP	31	100	0.015	6000	P, E
MHC 3216 S Series	3216 (1206)	3.200.20 x 1.600.20 x 1.100.20	MHC3216S300WBE	30	100	0.015	6000	P, E
MHC 3225 S Series	3225 (1210)	3.200.20 x 2.500.20 x 1.300.20	MHC3225S600MBE	60	100	0.15	1500	P, E
MHC 4516 S Series	4516 (1806)	4.500.25 x 1.600.20 x 1.600.20	MHC4516S600WBE	60	100	0.015	6000	P, E
MHC 4532 S Series	4532 (1812)	4.500.25 x 3.200.25 x 1.500.25	MHC4532S800ZBE9A0	80	100	0.01	9000	P, E
General Technical Data: Operating temperature range: -55 ~ +125; Storage Condition: Less than 40 and 70% RH; Storage Time: 6 months (Size: 1005), 12 months (Size: 1608 above); Soldering method: Reflow or Wave Soldering.
Reliability and Test Conditions: Temperature Cycle, Operational Life, Rated Current Test, Biased Humidity, Resistance to Solder Heat, Adhesive Test, Steam Aging Test. Criteria for impedance value within 20% of initial value and no mechanical damage.