Wire Wound SMD Common Mode Filter Ceaiya CCM5025-251T with 250 Ohm Impedance and 5 Amp Rated Current

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Product Description

Product Overview

The Ceaiya CCM5025 Series is a wire-wound SMD Common Mode Filter designed for noise suppression applications. This series offers reliable performance with a wide operating temperature range and is compliant with RoHS standards. It is suitable for integration into various electronic devices requiring effective common mode noise filtering.

Product Attributes

Brand: Ceaiya
Product Type: Wire Wound SMD Common Mode Filter
RoHS Compliant: Yes
Origin: Shenzhen Ceaiya Electronics Co., Ltd.

Technical Specifications

Part Number	Impedance () @ 100 MHz (Min.)	Impedance () @ 100 MHz (Typ.)	RDC (m) Max.	Rated Current (A) Max.	Rated Voltage (V) Max.	Marking
CCM5025-101T	60	100	13	6.0	100	101
CCM5025-251T	180	250	20	5.0	50	251
CCM5025-501T	300	500	27	4.0	50	501
CCM5025-102T	600	1000	34	2.0	50	102
CCM5025-142T	840	1400	56	1.5	50	142
CCM5025-152T	840	1400	56	1.5	50	152

General Specifications

Specification	Value
Operating Temperature Range (Individual Chip)	-40 ~ +125 (Including Self-heating)
Storage Temperature Range (Packaging Conditions)	-10 ~ +40 and RH 70% (Max.)
Dimensions (LW)	5.0mm x 5.0mm
Height (C)	2.50.2 mm
Packaging Code	K: Taping (330mm/reel)
Packaging Quantity	2.5KPCS/ Reel (13 )

Dimensions (Unit: mm)

Dimension	Value
A	5.00.3
B	5.00.3
C	2.50.2
D	2.0 Typ.
E	1.2 Typ.
F	1.5 Typ.

Reliability Test Items

Test Item	Requirements	Test Methods and Remarks
Terminal Strength	No removal or split of the termination or other defects.	10N force, 52s duration.
High Temperature	Inductance change: Within 10%	Storage at 1255 for 964 Hours, recovery at room ambient temperature for 24 hours.
Low Temperature	Inductance change: Within 10%	Storage at -405 for 964 hours, recovery at room ambient temperature for 24 hours.
Vibration Test	Inductance change: Within 10%	10Hz~55Hz~10Hz, 1.5mm p-p amplitude, X,Y,Z directions, 1 minute/cycle, 2 hours per axis.
High Temperature Storage	Inductance change: Within 10%	Storage at 602, 90-95% RH for 964 Hours, recovery at room ambient temperature for 24 hours.
Resistance to Soldering Heat	Inductance change: Within 10%	Refer to Reflowing Profile Fig.8.6-1, test board thickness 1.0mm, glass epoxy resin material.
Thermal Shock	Inductance change: Within 10%	-403 for 303 min 105 for 303min, max 3 minute transforming interval, 100 cycles.