Magnetic Powder Core Component GLE GCNR5040-220MC Featuring Polyurethane Coated Copper Wire and RoHS

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

The GCNR5040 GLE is a magnetic component designed for various electronic applications. It features a Nickel-Zinc ferrite magnetic powder core and polyurethane-coated copper wire, ensuring reliable performance. This product complies with RoHS standards, indicating its adherence to environmental regulations regarding hazardous substances.

Product Attributes

Brand: Shenzhen Glorious Electronic Co.,Ltd.
Origin: China (Magnetic powder, Magnetic epoxy resin, Electrode), Germany (Wire)
Material: Nickel-Zinc ferrite magnetic powder, Polyurethane-system coated copper wire, Magnetic epoxy resin, Tin
Color: Black printing
Certifications: RoHS Comp.

Technical Specifications

Type	Part NO.	Inductance Lo (uH)	Test Frequency (Hz/v)	DC Resistance (m) 30%	Saturation Current Isat (A) Max. (L/L-35%)	Temperature Rise Current Irms (A) Max. (T40)
GCNR5040	GCNR5040-1R0M	1.0	100KHz/1v	12	7.35	4.90
GCNR5040	GCNR5040-1R5M	1.5	100KHz/1v	15	6.30	4.30
GCNR5040	GCNR5040-2R2M	2.2	100KHz/1v	19	4.90	3.80
GCNR5040	GCNR5040-3R3M	3.3	100KHz/1v	24	3.95	3.40
GCNR5040	GCNR5040-4R7M	4.7	100KHz/1v	30	3.50	3.00
GCNR5040	GCNR5040-6R8M	6.8	100KHz/1v	43	2.75	2.50
GCNR5040	GCNR5040-100M	10	100KHz/1v	64	2.35	2.10
GCNR5040	GCNR5040-150M	15	100KHz/1v	86	2.00	1.95
GCNR5040	GCNR5040-220M	22	100KHz/1v	129	1.60	1.50
GCNR5040	GCNR5040-330M	33	100KHz/1v	188	1.30	1.20
GCNR5040	GCNR5040-470M	47	100KHz/1v	272	1.10	1.00
GCNR5040	GCNR5040-680M	68	100KHz/1v	400	0.90	0.80
GCNR5040	GCNR5040-101M	100	100KHz/1v	560	0.75	0.70

General Specifications

Item	Specification	Condition
Terminal Strength	No electrode detachment should be found	When the device is pushed in two directions of X and Z with the force of 5N for 102seconds after soldering between copper plate and the electrodes
Reflow test	Change from an initial value L : within20%	Peak temp 2405 3010s. The specimen shall be subjected to the reflow process under the above condition 2 times. Test board shall be 0.8mm thick. Base material shall be glass epoxy resin. Measurement shall be made after storage at standard atmospheric conditions for 1 h.
Vibration	Change from an initial value L : within20%	The specimen shall be subjected to a vibration of 1.5mm amplitude, sweep frequency 10~55~10Hz after vibration for 1 hours.
Free fall test	Change from an initial value L : within20%	The specimen must be fixed on test board. Then it shall be fallen freely from 1m height. 10 consecutive times.
High temperature and high humidity test	Change from an initial value L : within20%	Stored at 402, 90~95% RH for 964h. Stabilized under standard atmospheric conditions for 1h before measurement. Measurement within 1h~2h.
High temperature preservation test	Change from an initial value L : within20%	Stored at 1252 for 961h. Stabilized under standard atmospheric conditions for 1h before measurement. Measurement within 1h~2h.
Low temperature preservation test	Change from an initial value L : within20%	Stored at -403 for 961h. Stabilized under standard atmospheric conditions for 1h before measurement. Measurement within 1h~2h.
Solder ability test	New solder shall cover 95% minimum of the surface immersed.	Terminals shall be immersed in flux. Dip sample into solder bath at 2605 for 30.5 seconds.
Cold and hot cycle test	Change from an initial value L : within20%	20 cycles of -403 for 30 min and 1252 for 30 min, with transit time 2min. Stabilized under standard atmospheric conditions for 1h before measurement. Measurement within 1h~2h.
Storage temperature and humidity range	temperature range 535, humidity range 25%80%	In packing state.
Standard atmospheric conditions	Ambient temperature : 5 to 35, Relative humidity: 45% to 85%, Air pressure: 86kPa to 106kPa. For stricter measurement: Ambient temperature : 202, Relative humidity: 655%, Air pressure: 86kPa to 106kPa.	Unless otherwise specified.