VCMA-0630-R24-M-1A
MAZO 0.24 µH shielded power inductor, Idc 23.5 A typ.
- Inductance
- 0.24 µH
- Isat
- 32 A
- Idc
- 23.5 A
- DCR max
- 3.1 mΩ
- Brand
- MAZO
- Series
- VCMA-0630
- Size
- 7.3 × 6.8 × 3 mm
- Category
- MAZO power inductors
- Related applications
- Automotive / OBC
- Features
- AEC-Q200Magnetic shieldRoHSHalogen free
- Stock
- Factory stock
Manufacturer series image
Specifications
BrandMAZO / Mazotech
SeriesVCMA-0630
Inductance L00.24 µH ±20% (1 MHz, 1.0 V)
DCR typ.2.6 mΩ
DCR max.3.1 mΩ
Heating current Idc typ.23.5 A
Heating current Idc max.23 A
Saturation current Isat typ.32 A
Saturation current Isat max.28 A
Rated voltage max.75 V
Package7.3 × 6.8 × 3.0 mm max
Operating temperature-55 °C to +125 °C (ambient plus self-temperature rise)
Magnetic constructionMagnetically shielded, low EMI
QualificationAEC-Q200 qualified; RoHS compliant; halogen free
Packaging1500 pieces/reel
ApplicationsAutomotive applications
Datasheet facts
- Recommended land pattern
- Two 3.5 × 2.35 mm pads, 3.7 mm apart, 8.4 mm overall
- Inductance test condition
- 1 MHz, 1.0 V, 25 °C
- Current definitions
- Isat: inductance drops about 30%; Idc: temperature rise about 40 °C
- Soldering
- Reflow per J-STD-020
- Operating temperature (ambient + self-heating)
- -55 ~ +125 °C
- Storage temperature
- -55 ~ +125 °C
- Packaging
- 1500 pieces per reel; tape pocket 7.2±0.10 × 7.5±0.10 × 3.6±0.15 mm
Datasheet VCMA-0630-XXX-M-1A, revision A2, 2025-11-26, page 4
Characteristic curves
Typical curves from the MAZO datasheet, for reference only.
Soldering and packaging
Alternative to these parts
VCMA-0630-R24-M-1A matches the parts below in footprint class and nominal value. Check the pads and test samples before switching.
| Brand | Part number | L | Isat | Irms | DCR max | Size | Footprint | Recommended pads | VCMA-0630-R24-M-1A vs. this part |
|---|---|---|---|---|---|---|---|---|---|
| Vishay | IHLP2525CZERR22M01IHLP-2525CZ-01 | 0.22 µH | 40 A · 20% | 23 A · 40 °C | 2.8 mΩ | 6.86 × 6.47 × 3 mm | Pad-compatible | 3.429 × 2.413 mm, gap 3.429 mmClose to MAZO (0.271 mm off) | With design margin |
| Bourns | SRP6530A-R22MSRP6530A | 0.22 µH | 50 A · 30% | 25.5 A · 40 °C | 2.8 mΩ | 7.1 × 6.6 × 3 mm | Same footprint class | 3.4 × 1.85 mm, gap 3.7 mmDiffers from MAZO (1 mm off) | Weaker figures |
| Coilcraft | XGL6030-221MECXGL6030 | 0.22 µH | 39 A · 30% | 32 A · 40 °C | 1.5 mΩ | 6.51 × 6.71 × 3.1 mm | Same footprint class | 5.5 × 1.43 mm, gap 2.61 mmDiffers from MAZO (2.93 mm off) | Weaker figures |
| TDK | SPM6530T-R25M230SPM6530T | 0.25 µH | 28.5 A · 20% | 23 A · 40 °C | 2.31 mΩ | 7.1 × 6.5 × 3 mm | Same footprint class | 3.4 × 1.85 mm, gap 3.7 mmDiffers from MAZO (1 mm off) | Weaker figures |
| Würth Elektronik | 744373460022WE-LHMI 7030 | 0.22 µH | 54.3 A · 30% | 23 A · 40 °C | 2.8 mΩ | 7.3 × 6.6 × 2.8 mm | Same footprint class | 3.5 × 2.95 mm, gap 2.5 mmDiffers from MAZO (1.2 mm off) | Weaker figures |
What each comparison means (5)
- Vishay IHLP2525CZERR22M01 (IHLP-2525CZ-01): Close inductance, 0.22 µH vs MAZO 0.24 µH. Saturation current 40 A (20% drop) vs MAZO 32 A typ. (30% drop), rated on different bases so not directly comparable; heating current 23 A (40 °C rise) vs MAZO 23.5 A typ. (40 °C rise). DCR 2.8 mΩ max vs MAZO 3.1 mΩ max. Body 6.86 × 6.47 × 3 mm vs MAZO 7.3 × 6.8 × 3 mm. Land pattern close to MAZO's: two 3.429 × 2.413 mm pads 3.429 mm apart vs MAZO two 3.5 × 2.35 mm pads 3.7 mm apart (gap differs by 0.271 mm). Verdict: replaceable with design margin (Idc not lower at 40 °C rise, DCR slightly higher). Before switching, verify brands define Isat/Irms differently: check the real peak current and allowed temperature rise, the land pattern against both drawings and test samples.
- Bourns SRP6530A-R22M: Close inductance, 0.22 µH vs MAZO 0.24 µH. Saturation current 50 A (30% drop) vs MAZO 32 A typ. (30% drop); heating current 25.5 A (40 °C rise) vs MAZO 23.5 A typ. (40 °C rise). DCR 2.8 mΩ max vs MAZO 3.1 mΩ max. Body 7.1 × 6.6 × 3 mm vs MAZO 7.3 × 6.8 × 3 mm. Land pattern differs from MAZO's: two 3.4 × 1.85 mm pads 3.7 mm apart vs MAZO two 3.5 × 2.35 mm pads 3.7 mm apart (overall span differs by 1 mm). Verdict: MAZO figures are weaker, consider only with ample margin (MAZO Isat about 36% lower, Idc about 8% lower at 40 °C rise, DCR slightly higher). Before switching, verify brands define Isat/Irms differently: check the real peak current and allowed temperature rise, the land pattern against both drawings and test samples. Both parts are AEC-Q200.
- Coilcraft XGL6030-221MEC: Close inductance, 0.22 µH vs MAZO 0.24 µH. Saturation current 39 A (30% drop) vs MAZO 32 A typ. (30% drop); heating current 32 A (40 °C rise) vs MAZO 23.5 A typ. (40 °C rise). DCR 1.5 mΩ max vs MAZO 3.1 mΩ max. Body 6.51 × 6.71 × 3.1 mm vs MAZO 7.3 × 6.8 × 3 mm, MAZO 0.1 mm lower. Land pattern differs from MAZO's: two 5.5 × 1.43 mm pads 2.61 mm apart vs MAZO two 3.5 × 2.35 mm pads 3.7 mm apart (overall span differs by 2.93 mm). Verdict: MAZO figures are weaker, consider only with ample margin (MAZO Isat about 18% lower, Idc about 27% lower at 40 °C rise, DCR slightly higher). Before switching, verify brands define Isat/Irms differently: check the real peak current and allowed temperature rise, the land pattern against both drawings and test samples. Both parts are AEC-Q200.
- TDK SPM6530T-R25M230: Close inductance, 0.25 µH vs MAZO 0.24 µH. Saturation current 28.5 A (20% drop) vs MAZO 32 A typ. (30% drop), rated on different bases so not directly comparable; heating current 23 A (40 °C rise) vs MAZO 23.5 A typ. (40 °C rise). DCR 2.31 mΩ max vs MAZO 3.1 mΩ max. Body 7.1 × 6.5 × 3 mm vs MAZO 7.3 × 6.8 × 3 mm. Land pattern differs from MAZO's: two 3.4 × 1.85 mm pads 3.7 mm apart vs MAZO two 3.5 × 2.35 mm pads 3.7 mm apart (overall span differs by 1 mm). Verdict: MAZO figures are weaker, consider only with ample margin (Idc not lower at 40 °C rise, DCR slightly higher). Before switching, verify brands define Isat/Irms differently: check the real peak current and allowed temperature rise, the land pattern against both drawings and test samples.
- Würth Elektronik 744373460022 (WE-LHMI 7030): Close inductance, 0.22 µH vs MAZO 0.24 µH. Saturation current 54.3 A (30% drop) vs MAZO 32 A typ. (30% drop); heating current 23 A (40 °C rise) vs MAZO 23.5 A typ. (40 °C rise). DCR 2.8 mΩ max vs MAZO 3.1 mΩ max. Body 7.3 × 6.6 × 2.8 mm vs MAZO 7.3 × 6.8 × 3 mm, MAZO 0.2 mm taller. Land pattern differs from MAZO's: two 3.5 × 2.95 mm pads 2.5 mm apart vs MAZO two 3.5 × 2.35 mm pads 3.7 mm apart (gap differs by 1.2 mm). Verdict: MAZO figures are weaker, consider only with ample margin (MAZO Isat about 41% lower, Idc not lower at 40 °C rise, DCR slightly higher). Before switching, verify brands define Isat/Irms differently: check the real peak current and allowed temperature rise, height clearance, the land pattern against both drawings and test samples.
How the figures are compared
Isat and Irms follow each datasheet's own definition, shown after the figure. MAZO figures are typical values from its spec table.
Recommended pads: pad width × pad length, then the gap between the two pads, from each datasheet, compared with MAZO's.
Same footprint, other values
Same 7.3 × 6.8 mm body, by inductance. Check the height before swapping.
| Part number | L | Isat | Idc | DCR max | Height | Unit price |
|---|---|---|---|---|---|---|
| VCMA-0630-R22-M-1A | 0.22 µH | 40 A | 24.5 A | 3 mΩ | 3 mm | $0.30 |
| VCMA-0630-R33-M-1A | 0.33 µH | 27 A | 21.5 A | 3.5 mΩ | 3 mm | $0.30 |
| VCMA-0630-R36-M-1A | 0.36 µH | 26 A | 20 A | 3.7 mΩ | 3 mm | $0.30 |
| VCMA-0630-R47-M-1A | 0.47 µH | 22 A | 19 A | 4.1 mΩ | 3 mm | $0.30 |
| VCMA-0630-R56-M-1A | 0.56 µH | 19 A | 18 A | 4.5 mΩ | 3 mm | $0.30 |
| VCMA-0630-R68-M-1A | 0.68 µH | 18 A | 16 A | 5.3 mΩ | 3 mm | $0.30 |
| VCMA-0630-R82-M-1A | 0.82 µH | 17 A | 14.5 A | 6 mΩ | 3 mm | $0.23 |
| VCMA-0630-1R0-M-1A | 1 µH | 15.5 A | 13.5 A | 7.4 mΩ | 3 mm | $0.24 |
| VCMA-0630-1R5-M-1A | 1.5 µH | 14.5 A | 12 A | 11 mΩ | 3 mm | $0.23 |
| VCMA-0630-2R2-M-1A | 2.2 µH | 12.5 A | 9.5 A | 15 mΩ | 3 mm | $0.23 |
| VCMA-0630-5R6-M-1A | 5.6 µH | 6.5 A | 5.5 A | 42 mΩ | 3 mm | $0.33 |
| VCMA-0630-6R8-M-1A | 6.8 µH | 6 A | 5 A | 48 mΩ | 3 mm | $0.30 |
Buy
Unit price · USD / piece$0.30For 5 pieces
Quantity pricingSelect a tier to set the quantity.
| Quantity | Unit price | Extended |
|---|---|---|
| 5–49 | $0.3 | $1.50 |
| 50–149 | $0.22 | $11.00 |
| 150–499 | $0.191 | $28.65 |
| 500–2999 | $0.142 | $71.00 |
Merchandise subtotal$1.50Item amount only; excludes packaging, handling, shipping, duties and tax. Packaging and handling charges are shown in the cart. Shipping, duties and tax are confirmed separately.
- Minimum order
- 5 pieces
- Order multiple
- 1 piece
- Availability
- Factory stock
- Dispatch preparation
- 2 days
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Dispatch preparation and shipping transit are separate. Arrival is estimated; the confirmed route and shipment tracking determine delivery.
PackagingFor the selected quantity
- Standard full-reel quantity
- 1500 pieces
- Packed as
- Cut tape · 5 pieces
- Cut-tape fee
- None
- Online order limit
- 2999 pieces
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Selection and use
How to select
Choosing inductance
L ≈ (Vin − Vout) × Vout ÷ (Vin × fsw × ΔI), with ΔI at 20–40% of the output current. The series covers 0.22–22 µH in one body, so changing the value needs no new layout.
Saturation current Isat
the current at which inductance falls about 30%; keep the peak current below it.
Heating current Idc
the current that raises the part about 40 °C above a 25 °C ambient; ambient plus rise stays within 125 °C.
DC resistance
sets the conduction loss. Typical 2.5–175 mΩ across the series; use the maximum for loss budgets.
Rated voltage
75 V maximum; check it against the input voltage.
Height
Max 3.0 mm. More current: VCMA-1040; lower: VCMA-0420.
Industry and product applications
VCMA-0630-R24-M-1A is a VCMA-0630 series part for evaluation in automotive electronics.
Manufacturer-listed series applications
Automotive applications.
MAZO datasheet: VCMA-0630-XXX-M-1A, revision A2, 2025-11-26 — applications on page 1
Circuit applications to evaluate
These are series applications and engineering evaluation examples. Select VCMA-0630-R24-M-1A against the required inductance, peak and RMS current, switching frequency, temperature rise and PCB footprint. Inclusion here does not establish suitability for a particular design or qualification of the finished product.