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MGV04022R2M-10
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Product Detailed Parameters
- Description：FIXED IND 2.2UH 3A 58 MOHM SMD
- Series：MGV
- Mfr：Laird-Signal Integrity Products
- Package：Tape & Reel (TR),Cut Tape (CT)
- Type：Molded
- Material - Core：-
- Inductance：2.2 µH
- Tolerance：±20%
- Current Rating (Amps)：3:00 AM
- Current - Saturation (Isat)：5A
- Shielding：Shielded
- DC Resistance (DCR)：58mOhm Max
- Q @ Freq：-
- Frequency - Self Resonant：-
- Ratings：-
- Operating Temperature：-40°C ~ 125°C
- Inductance Frequency - Test：100 kHz
- Mounting Type：Surface Mount
- Package / Case：Nonstandard
- Supplier Device Package：-
- Size / Dimension：0.177" L x 0.161" W (4.50mm x 4.10mm)
- Height - Seated (Max)：0.091" (2.30mm)
- Features：-
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Buying Guide
Laird-Signal Integrity Products MGV04022R2M-10 is used in Fixed Inductors category where integration and verification need to stay predictable. Key specs include Description (FIXED IND 2.2UH 3A 58 MOHM SMD), Series (MGV), Type (Molded), Packaging (Tape & Reel (TR), Cut Tape (CT)), and Temperature (-40°C ~ 125°C).
Selection Notes
- For MGV04022R2M-10, double-check DC Resistance (DCR) (58mOhm Max) against your specification and operating conditions.
- Verify the package/case (Nonstandard) fits your mechanical constraints and assembly process.
- Make sure the supply current (5A) fits your power budget in all modes.
Alternates & Substitutions
- For MGV04022R2M-10, when choices stay close in Fixed Inductors, the stronger fit is usually the candidate that asks the least from layout, firmware, mechanics, and field use.
- For MGV04022R2M-10 in Fixed Inductors, treat near-equivalent parts as good candidates only when they preserve the same function at the product level (key constraints: package Nonstandard, frequency 100 kHz).
- Parts that keep package/case Nonstandard, mounting Surface Mount, packaging Tape & Reel (TR), Cut Tape (CT) aligned are typically the strongest drop-in candidates unless a PCB change is acceptable.
- When several alternatives look close, the option that preserves package Nonstandard, frequency 100 kHz is usually the safer fit.
FAQ
What should I verify before using MGV04022R2M-10 in production?
Confirm footprint/pinout, min/max ratings, operating temperature, and the datasheet test conditions behind key specifications.
What DC Resistance (DCR) does MGV04022R2M-10 have?
58mOhm Max
Can you confirm the Height - Seated (Max) for MGV04022R2M-10?
0.091" (2.30mm)
Which Shielding is listed for MGV04022R2M-10?
Shielded
Application Scenarios
Selecting Laird-Signal Integrity Products MGV04022R2M-10 for Fixed Inductors usually comes down to meeting the system constraints that matter most: limits, interfaces, and testability in the real build. They are typically widely used to reduce conducted emissions, protect sensitive analog/RF blocks, and clean up switching regulator ripple. Well-specified filtering reduces compliance risk and generally improves perceived quality and reliability. In industrial drives, inductors and chokes are chosen for saturation margin and thermal rise under real current ripple. In harsh environments, thermal rise and saturation margins must be validated under realistic load transients. In RF designs, filtering controls out-of-band energy and improves coexistence with nearby radios and high-speed digital noise.
Compatibility Advice
- With Laird-Signal Integrity Products MGV04022R2M-10, on the assembled design, validate current rating, saturation, and thermal rise under the actual waveform rather than only DC current. This avoids one-off tuning in production.
- Before locking the BOM, check self-heating and thermal coupling on the PCB so performance does not shift after heat soak. This keeps the acceptance limits tied to a test method the team can rerun later.
Project Fit
- Laird-Signal Integrity Products MGV04022R2M-10 is a practical fit for Fixed Inductors when the team can validate derating, self-heating, and frequency behavior on the assembled system.
- Laird-Signal Integrity Products MGV04022R2M-10 is more likely to create avoidable rework in Fixed Inductors projects when frequency behavior and parasitics are not measured, so stability and noise outcomes are uncertain because the integration depends on constraints that cannot be controlled across builds.
