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Quality GLE GCRH6D38 330MC with polyurethane coated copper wire and nickel zinc ferrite magnetic powder core factory
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Quality GLE GCRH6D38 330MC with polyurethane coated copper wire and nickel zinc ferrite magnetic powder core factory
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Specifications
Mfr. Part #:
GCRH6D38-330MC
Package:
SMD,6.7x6.7mm
Key Attributes
Model Number: GCRH6D38-330MC
Product Description

Product Overview

The GCRH6D38 GLE series is a product from Shenzhen Glorious Electronic Co.,Ltd. designed with nickel-zinc ferrite magnetic powder and polyurethane-coated copper wire. It is manufactured in China and Germany, adhering to RoHS compliance. This product is suitable for various applications requiring specific electrical and mechanical properties as detailed in the technical specifications.

Product Attributes

  • Brand: GLE
  • Origin: China, Germany
  • Materials: Nickel-zinc ferrite magnetic powder, Polyurethane-system coated copper wire, Phenolic epoxy resin, Gold-plated copper
  • Color: Black printing
  • Certifications: RoHS Comp.

Technical Specifications

ItemSpecificationCondition
Bending testChange from an initial value L : within10%Specimen welded on substrate, pressure applied at approx. 0.5mm/s until substrate deformation reaches 3mm, hold for 30 sec.
Adhesion strengthChange from an initial value L : within10%Static load applied with R0.5 pressing tool in the direction of the arrow and held for 605s. Measure after removing pressure.
VibrationChange from an initial value L : within10%Vibration frequency 10~55~10Hz, amplitude 1.5mm, 2 hours in each X,Y,Z direction (total 6 hours).
Mechanical shockChange from an initial value L : within10%Impact acceleration 981 m/S2, duration 6ms, 3 times in each of 3(X,Y,Z) axes. Specimen fixed on test board.
Free fall testChange from an initial value L : within10%Specimen fixed on test board, equipped with 500g instruments, free fall from 1m height, 3 times in each of three axes onto rigid wood.
Solder ability90% minimum of the surface immersed.Terminals immersed in flux for 5-10 sec. Dip sample into solder bath at 2455 for 30.5 seconds.
Resistance to soldering heatChange from an initial value L : within10%Reflow soldering method: Preheat 150~180 for 9030s, Peak temp 260 (230min, 3010s). Test board thickness 0.8mm. Performed twice. Stabilize for 1 hour at standard conditions before measurement.
Dielectric strengthWithout damage.100V DC applied between terminal and core for 60s.
Insulation resistance100M or more.100V DC applied between terminal and core.
Low temperatureChange from an initial value L : within10%Stored at -403 for 50012h. Stabilize under normal temperature and humidity for 1h before measurement (within 2 hours).
Dry heatChange from an initial value L : within10%Stored at 852 for 50012h. Stabilize under normal temperature and humidity for 1h before measurement (within 2 hours).
Dump heatChange from an initial value L : within10%Stored at 602, 90-95% RH for 50012h. Stabilize under normal temperature and humidity for 1h before measurement (within 2 hours).
Temperature cycleChange from an initial value L : within10%500 cycles: -40 for 30 min, 85 for 30 min, transit time 2 min. Stabilize under normal temperature and humidity for 1h before measurement (within 2 hours).
Temperature driftInductance temperature coefficient 2000 ppm/ or lessMeasured in the range of -25 to 85.
Operating temperature range-40 ~ +125Includes product heating temperature.
Storage temperature range-40 ~ +85 (* -40 ~ +60)In packing state.
Part NO.Inductance Lo (uH)Test Frequency (Hz/v)DC Resistance (m) max.Saturation Current Isat (A) Max. L/L-30%
GCRH6D38-2R2MC2.2100KHz/1v194.40
GCRH6D38-3R3MC3.3100KHz/1v203.50
GCRH6D38-4R7MC4.7100KHz/1v242.75
GCRH6D38-6R8MC6.8100KHz/1v272.50
GCRH6D38-100MC10100KHz/1v382.00
GCRH6D38-150MC15100KHz/1v571.60
GCRH6D38-220MC22100KHz/1v961.30
GCRH6D38-330MC33100KHz/1v1241.10
GCRH6D38-390MC39100KHz/1v1381.00
GCRH6D38-470MC47100KHz/1v1550.95
GCRH6D38-560MC56100KHz/1v2020.85
GCRH6D38-680MC68100KHz/1v2340.75
GCRH6D38-820MC82100KHz/1v3240.70
GCRH6D38-101MC100100KHz/1v3680.65
GCRH6D38-151MC150100KHz/1v4830.60
GCRH6D38-221MC220100KHz/1v7050.50

Inductance Tolerance: J =5% K =10% L =15% M = 20% N=30% (Characteristics are subject to actual product.)


2411220643_GLE-GCRH6D38-330MC_C439484.pdf

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