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IXA40RG1200DHG-TUB
Electronics Part Number
IXA40RG1200DHG-TUB-WXManufacturer
MACOM Technology Solutions
IXA40RG1200DHG-TUB
Description
IGBT H-Bridge 1200V 63A SMPD Industrial GradeInventory
404 Pcs New Original In Stock
ISOPLUS-SMPD PT half-bridge IGBT; 1200V, 63A, 230W; fast switching and ruggedness; for industrial motor drives and induction heating.
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Basic cost: USD 70.00
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Technical Specifications
Category
Balun
Manufacturer
MACOM Technology Solutions
Packaging
Tape & Reel (TR)
Mounting Type
Surface Mount
Package / Case
6-SMD, No Lead
Series
-
Product Status
Active
Frequency Range
5MHz ~ 200MHz
Impedance - Unbalanced/Balanced
4:1
Phase Difference
-
Insertion Loss (Max)
3.6dB
Return Loss (Min)
-
Data Sheet Document (D)
Datasheets
Download MABA-011002 Product Specification (PDF)
HTML Datasheet
MABA-011002-DG
Environmental & Export Classification
RoHS Status
ROHS3 Compliant
Moisture Sensitivity Level (MSL)
1 (Unlimited)
ECCN
EAR99
HTSUS
8504.31.2000
Additional Information
Other Names
1465-1310-1 1465-1310-2 1465-1310-6
Standard Package
900
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Frequently Asked Questions (FAQ)
What are the key design risks when using the MABA-011002 balun in a 50Ω to 200Ω impedance transforma
The MABA-011002 is optimized for 4:1 impedance transformation (e.g., 50Ω unbalanced to 200Ω balanced), but performance degrades significantly near its 5MHz lower limit due to core material limitations and parasitic effects. At frequencies close to 5MHz, phase imbalance and insertion loss increase, risking common-mode noise and reduced SNR. To mitigate this, avoid operating below 7MHz in critical paths, ensure tight PCB layout with minimal trace length on the balanced side, and use a low-loss dielectric substrate. Adding a simple LC matching network on the unbalanced port can improve return loss if source impedance deviates from 50Ω.
Can I replace the MABA-011002 with the Mini-Circuits TC4-1TG2+ in a high-volume RF receiver front-en
While the Mini-Circuits TC4-1TG2+ offers similar 4:1 impedance transformation and frequency range (5–200MHz), direct replacement of the MABA-011002 requires careful evaluation. The TC4-1TG2+ has slightly better insertion loss (typ. 0.8dB vs. 3.6dB max) but comes in a larger 8-SMD package, increasing PCB area. Additionally, the TC4-1TG2+ is not MSL1-rated like the MABA-011002, requiring stricter moisture handling. For high-volume production, the MABA-011002’s tape-and-reel packaging and unlimited floor life reduce assembly risk. Only consider substitution if board space allows and you can accommodate the higher MSL handling requirements.
How does the MABA-011002 perform under high-power conditions, and what derating guidelines should I
The MABA-011002 is not rated for high-power applications and lacks published power handling specs, but typical ferrite-based baluns like this begin to saturate above 1W (30dBm) CW, especially near 5MHz where core losses peak. Operating beyond 0.5W risks harmonic distortion, increased insertion loss, and thermal degradation. For reliable operation, limit input power to ≤20dBm and avoid prolonged exposure to pulsed signals with high peak-to-average ratios. If your design requires >1W handling, consider a distributed or transmission-line balun instead, such as the M/A-COM MASW-011000 series, which offers better power resilience.
What PCB layout practices are critical when integrating the MABA-011002 to maintain balance and mini
Proper layout is essential to preserve the MABA-011002’s balance and prevent common-mode radiation. Keep the balanced output traces symmetric in length, width, and distance to ground planes—any asymmetry introduces phase imbalance and degrades CMRR. Avoid routing digital or high-speed signals near the balun’s balanced outputs. Use a solid ground plane beneath the device and connect all GND pins with multiple vias to reduce inductance. Also, place decoupling capacitors close to the unbalanced input if driven by an active device. These steps minimize EMI coupling and ensure the balun performs within its intended 5–200MHz range without introducing unintended resonances.
Is the MABA-011002 suitable for use in automotive or industrial environments with wide temperature s
The MABA-011002 is RoHS3 compliant and rated MSL1 (unlimited floor life), meaning it resists moisture absorption and can be stored and assembled without dry packing—ideal for industrial and automotive prototyping. However, while MSL1 ensures solderability reliability, the part’s operational temperature range is not explicitly stated in public datasheets. Based on similar MACOM baluns, expect reliable performance from -40°C to +85°C, but verify with the manufacturer for mission-critical automotive applications. For under-hood or high-vibration environments, ensure mechanical stability with proper solder fillets and avoid thermal cycling stress by minimizing CTE mismatch between the 6-SMD package and PCB substrate.
What are the key design risks when using the MABA-011002 balun in a 50Ω to 200Ω impedance transforma
The MABA-011002 is optimized for 4:1 impedance transformation (e.g., 50Ω unbalanced to 200Ω balanced), but performance degrades significantly near its 5MHz lower limit due to core material limitations and parasitic effects. At frequencies close to 5MHz, phase imbalance and insertion loss increase, risking common-mode noise and reduced SNR. To mitigate this, avoid operating below 7MHz in critical paths, ensure tight PCB layout with minimal trace length on the balanced side, and use a low-loss dielectric substrate. Adding a simple LC matching network on the unbalanced port can improve return loss if source impedance deviates from 50Ω.
Can I replace the MABA-011002 with the Mini-Circuits TC4-1TG2+ in a high-volume RF receiver front-en
While the Mini-Circuits TC4-1TG2+ offers similar 4:1 impedance transformation and frequency range (5–200MHz), direct replacement of the MABA-011002 requires careful evaluation. The TC4-1TG2+ has slightly better insertion loss (typ. 0.8dB vs. 3.6dB max) but comes in a larger 8-SMD package, increasing PCB area. Additionally, the TC4-1TG2+ is not MSL1-rated like the MABA-011002, requiring stricter moisture handling. For high-volume production, the MABA-011002’s tape-and-reel packaging and unlimited floor life reduce assembly risk. Only consider substitution if board space allows and you can accommodate the higher MSL handling requirements.
How does the MABA-011002 perform under high-power conditions, and what derating guidelines should I
The MABA-011002 is not rated for high-power applications and lacks published power handling specs, but typical ferrite-based baluns like this begin to saturate above 1W (30dBm) CW, especially near 5MHz where core losses peak. Operating beyond 0.5W risks harmonic distortion, increased insertion loss, and thermal degradation. For reliable operation, limit input power to ≤20dBm and avoid prolonged exposure to pulsed signals with high peak-to-average ratios. If your design requires >1W handling, consider a distributed or transmission-line balun instead, such as the M/A-COM MASW-011000 series, which offers better power resilience.
What PCB layout practices are critical when integrating the MABA-011002 to maintain balance and mini
Proper layout is essential to preserve the MABA-011002’s balance and prevent common-mode radiation. Keep the balanced output traces symmetric in length, width, and distance to ground planes—any asymmetry introduces phase imbalance and degrades CMRR. Avoid routing digital or high-speed signals near the balun’s balanced outputs. Use a solid ground plane beneath the device and connect all GND pins with multiple vias to reduce inductance. Also, place decoupling capacitors close to the unbalanced input if driven by an active device. These steps minimize EMI coupling and ensure the balun performs within its intended 5–200MHz range without introducing unintended resonances.
Is the MABA-011002 suitable for use in automotive or industrial environments with wide temperature s
The MABA-011002 is RoHS3 compliant and rated MSL1 (unlimited floor life), meaning it resists moisture absorption and can be stored and assembled without dry packing—ideal for industrial and automotive prototyping. However, while MSL1 ensures solderability reliability, the part’s operational temperature range is not explicitly stated in public datasheets. Based on similar MACOM baluns, expect reliable performance from -40°C to +85°C, but verify with the manufacturer for mission-critical automotive applications. For under-hood or high-vibration environments, ensure mechanical stability with proper solder fillets and avoid thermal cycling stress by minimizing CTE mismatch between the 6-SMD package and PCB substrate.
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Sep 15 2026
