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Current - Saturation (Isat) : 350mA
Description : 350mA SMD,7.3x7.3mm Fixed Inductors RoHS
Mfr. Part # : GCRH73-221MC
Model Number : GCRH73-221MC
Package : SMD,7.3x7.3mm
The GCRH73 GLE series offers high-performance magnetic components designed for various electronic applications. These components are manufactured with quality materials and undergo rigorous testing to ensure reliability and adherence to industry standards.
| Type | Part NO. | Inductance Lo (uH) | Test Frequency (Hz/v) | DC Resistance (m) max. | Isat (A) Max. L/L-35% | Inductance Tolerance |
| GCRH73 GLE | GCRH73-2R2NC | 2.2 | 1KHz/0.25v | 27 | 4.50 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-3R3NC | 3.3 | 1KHz/0.25v | 31 | 4.00 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-4R7NC | 4.7 | 1KHz/0.25v | 48 | 3.50 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-5R6NC | 5.6 | 1KHz/0.25v | 56 | 3.00 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-6R8MC | 6.8 | 1KHz/0.25v | 62 | 2.00 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-100MC | 10 | 1KHz/0.25v | 72 | 1.68 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-120MC | 12 | 1KHz/0.25v | 98 | 1.52 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-150MC | 15 | 1KHz/0.25v | 130 | 1.33 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-180MC | 18 | 1KHz/0.25v | 140 | 1.20 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-220MC | 22 | 1KHz/0.25v | 190 | 1.07 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-270MC | 27 | 1KHz/0.25v | 210 | 0.96 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-330MC | 33 | 1KHz/0.25v | 240 | 0.91 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-390MC | 39 | 1KHz/0.25v | 320 | 0.77 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-470MC | 47 | 1KHz/0.25v | 360 | 0.76 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-560MC | 56 | 1KHz/0.25v | 470 | 0.68 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-680MC | 68 | 1KHz/0.25v | 520 | 0.61 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-820MC | 82 | 1KHz/0.25v | 690 | 0.57 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-101MC | 100 | 1KHz/0.25v | 790 | 0.50 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-121MC | 120 | 1KHz/0.25v | 890 | 0.49 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-151MC | 150 | 1KHz/0.25v | 1270 | 0.43 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-181MC | 180 | 1KHz/0.25v | 1450 | 0.39 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-221MC | 220 | 1KHz/0.25v | 1650 | 0.35 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-271MC | 270 | 1KHz/0.25v | 2310 | 0.32 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-331MC | 330 | 1KHz/0.25v | 2620 | 0.28 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-391MC | 390 | 1KHz/0.25v | 2940 | 0.26 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-471MC | 470 | 1KHz/0.25v | 4180 | 0.24 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-561MC | 560 | 1KHz/0.25v | 4670 | 0.22 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-681MC | 680 | 1KHz/0.25v | 5730 | 0.19 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-821MC | 820 | 1KHz/0.25v | 6540 | 0.18 | J =5% K =10% L =15% M = 20% N=30% |
| GCRH73 GLE | GCRH73-102MC | 1000 | 1KHz/0.25v | 9440 | 0.16 | J =5% K =10% L =15% M = 20% N=30% |
Condition: Specimen welded on substrate, apply pressure gradually in the direction of the arrow at a rate of about 0.5mm/s until bent depth reaches 3mm and hold for 305s.
Change from an initial value: L : within10%
Condition: A static load using a R0.5 pressing tool shall be applied the arrow and to the body of the specimen in the direction of the arrow and shall be hold for 605s. Measure after removing pressure.
Change from an initial value: L : within10%
Condition: The specimen shall be subjected to a vibration of 1.5mm amplitude, sweep frequency 10~55Hz (10Hz to 55Hz to 10Hz in a period of one minute) for 1 h in each of 3(X,Y,Z) axes.
Change from an initial value: L : within10%
Condition: Peak acceleration: 981 m/S2, Duration of pulse: 6ms, 3 times in each of 3(X,Y,Z)axes. The specimen must be fixed on test board. Three successive shocks shall be applied in the perpendicular direction of each surface of the specimen.
Change from an initial value: L : within10%
Condition: The specimen must be fixed on test board. It must be equipped with instruments of which weight is 500g. Then it shall be fallen freely from 1m height to rigid wood 3 times in each of three axes.
Change from an initial value: L : within10%
Specification: New solder shall cover 90% minimum of the surface immersed.
Test Method: Terminals shall be immersed for 5 to 10 seconds in flux at room temperature. Dip sample into solder bath containing molten solder at 2455 for 30.5 seconds.
Condition: Reflow soldering method. Preheat 150~180 9030s, Peak temp 260 (230min, 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: The specimen shall be stored at standard atmospheric conditions for 1 h prior to the measurement.
Change from an initial value: L : within10%
Specification: Without damage.
Condition: 100V DC shall be applied for 60s between the terminal and the core.
Specification: 100M or more.
Condition: 100V DC shall be applied between the terminal and the core.
Condition: After stored at a temperature of -40 3 for 500 12h. The specimen should be measured, then it should be measured under normal temperature and humidity in 1h~ 2h hours.
Change from an initial value: L : within10%
Condition: The specimen shall be stored at a temperature of 852 for 500 12h. Then it shall be stabilized under standard atmospheric conditions for 1 h before measurement. Measurement shall be made within 1h~ 2h.
Change from an initial value: L : within10%
Condition: The specimen shall be stored at a temperature of 602 with relative humidity of 90 ~ 95% for 500 12h. Then it shall be stabilized under standard atmospheric conditions for 1 h before measurement. Measurement shall be made within 1h~ 2h.
Change from an initial value: L : within10%
Condition: The specimen shall be measured after 500 continuous cycles of temperature change of -40 for 30 min and 85 for 30 min with the transit period of 2min or less. Then it shall be stabilized under standard atmospheric conditions for 1 h before measurement. Measurement shall be made within 1h~ 2h.
Change from an initial value: L : within10%
Specification: Inductance temperature coefficient 2000 ppm/ or less.
Condition: To be measured in the range of -25 to 85.
Specification: -40 ~ + 125 (including product's heating temperature).
Specification: -40 ~ + 85 (* -40 ~ + 60) (in packing state).
Unless otherwise specified, the standard range of atmospheric conditions in making measurements and tests are as follows; Ambient temperature : 5 to 35, Relative humidity: 45% to 85%, Air pressure: 86kPa to 106kPa. If more strict measurement is required, measurement shall be made within the following limits; Ambient temperature : 202, Relative humidity: 655%, Air pressure: 86kPa to 106kPa.
(Dimensions in mm)
(Dimensions in mm)
Cold seal (The direction shall be seen from the top cover tape side.)
(Dimensions in mm)
We confirm that our products and our production process accord with "rule of RoHS". All materials used in this product are registered material under Regulation of Manufacture of Chemical Substances.
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Electronic Inductors GLE GCRH73-221MC Magnetic Components Suitable for Various Circuit Designs Images |