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Specifications
Current - Saturation (Isat):
3.3A
Mfr. Part #:
GCRH125-150MC
Package:
SMD,12.3x12.3mm
Key Attributes
Model Number:
GCRH125-150MC
Product Description
Product Overview
The GCRH125 GLE series is a line of electronic components from Shenzhen Glorious Electronic Co.,Ltd., designed for various applications. These components are manufactured using high-quality materials, including nickel-zinc ferrite magnetic powder and polyurethane-coated copper wire, ensuring reliable performance. They comply with RoHS regulations, indicating a commitment to environmental standards.
Product Attributes
- Brand: GLE
- Origin: China (Magnetic powder, Epoxy, Tinned copper), Germany (Wire)
- Materials: Nickel-zinc ferrite magnetic powder, Polyurethane-system coated copper wire, Epoxy resin, Tinned copper
- Color: Black printing
- Certifications: RoHS Comp.
Technical Specifications
| Type | Part NO. | Inductance Lo (uH) | Test Frequency (Hz/v) | DC Resistance (m) max. | Saturated Current Isat (A) Max. L/L-35% | Inductance Tolerance |
| GCRH125 GLE | GCRH125-3R3MC | 3.3 | 100KHz/0.25v | 14 | 6.75 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-4R7MC | 4.7 | 100KHz/0.25v | 18 | 6.20 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-6R8MC | 6.8 | 100KHz/0.25v | 23 | 5.90 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-7R5MC | 7.5 | 100KHz/0.25v | 24 | 4.20 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-100MC | 10 | 1KHz/0.25v | 25 | 4.00 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-120MC | 12 | 1KHz/0.25v | 27 | 3.50 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-150MC | 15 | 1KHz/0.25v | 30 | 3.30 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-180MC | 18 | 1KHz/0.25v | 34 | 3.00 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-220MC | 22 | 1KHz/0.25v | 36 | 2.80 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-270MC | 22 | 1KHz/0.25v | 51 | 2.30 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-330MC | 33 | 1KHz/0.25v | 57 | 2.10 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-390MC | 39 | 1KHz/0.25v | 68 | 2.00 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-470MC | 47 | 1KHz/0.25v | 75 | 1.80 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-680MC | 68 | 1KHz/0.25v | 120 | 1.50 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-820MC | 82 | 1KHz/0.25v | 140 | 1.40 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-101MC | 100 | 1KHz/0.25v | 160 | 1.30 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-121MC | 120 | 1KHz/0.25v | 170 | 1.10 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-151MC | 150 | 1KHz/0.25v | 230 | 1.00 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-181MC | 180 | 1KHz/0.25v | 290 | 0.90 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-221MC | 220 | 1KHz/0.25v | 400 | 0.80 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-331MC | 330 | 1KHz/0.25v | 510 | 0.68 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-391MC | 390 | 1KHz/0.25v | 690 | 0.65 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-471MC | 470 | 1KHz/0.25v | 770 | 0.58 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-561MC | 560 | 1KHz/0.25v | 860 | 0.54 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-681MC | 680 | 1KHz/0.25v | 1200 | 0.48 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-821MC | 820 | 1KHz/0.25v | 1340 | 0.43 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH125 GLE | GCRH125-102MC | 1000 | 1KHz/0.25v | 1530 | 0.40 | J =5% K =10% L =15% M = 20% N=30% |
2410121507_GLE-GCRH125-150MC_C439400.pdf
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