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MMIX4B22N300
Electronics Part Number
MMIX4B22N300-WXManufacturer
MACOM Technology Solutions
MMIX4B22N300
Description
IGBT Transistor 3000V 38A High-Voltage SwitchingInventory
452 Pcs New Original In Stock
24-SMPD full-bridge IGBT array; 3000V, 38A, 150W; high current density; for high-voltage pulsed applications and power modulators.
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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 (5 Leads), Flat Lead
Series
-
Base Product Number
MABA-010245
Product Status
Active
Frequency Range
50MHz ~ 1GHz
Impedance - Unbalanced/Balanced
1:1
Phase Difference
-
Insertion Loss (Max)
0.7dB
Return Loss (Min)
-
Data Sheet Document (D)
Datasheets
Download MABA-010245-CT1160 Product Specification (PDF)
HTML Datasheet
MABA-010245-CT1160-DG
Environmental & Export Classification
RoHS Status
ROHS3 Compliant
Moisture Sensitivity Level (MSL)
1 (Unlimited)
ECCN
EAR99
HTSUS
8504.31.2000
Additional Information
Other Names
1465-1309-1 1465-1309-2 1465-1309-6
Standard Package
2,000
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Frequently Asked Questions (FAQ)
When designing in the MABA-010245-CT1160 balun, what are the key layout considerations to minimize i
To ensure optimal performance with the MABA-010245-CT1160, maintain a consistent 50Ω microstrip trace impedance on the unbalanced side and symmetrical 50Ω differential routing on the balanced side. Use ground plane cutouts beneath the balun's signal pads to reduce parasitic capacitance, especially critical at frequencies approaching 1GHz. Keep traces short and avoid sharp corners—use curved or mitered bends to prevent impedance discontinuities. Poor layout can degrade the MABA-010245-CT1160's specified 0.7dB insertion loss and compromise balun functionality in sensitive applications like RF front-ends or antenna interfaces.
Can the MABA-010245-CT1160 be used as a drop-in replacement for the TC1-1-13M+ in broadband UHF rece
While both the MABA-010245-CT1160 and TC1-1-13M+ are 1:1 surface-mount baluns covering UHF bands, they differ in package geometry and internal construction. The MABA-010245-CT1160 uses a 6-SMD flat lead package versus the Mini-Circuits' transformer-style housing, requiring a complete footprint redesign. Additionally, the TC1-1-13M+ has tighter phase balance performance—using the MABA-010245-CT1160 as a replacement may introduce differential mode distortion in precision I/Q signal paths. Verify return loss across your operating band and assess common-mode suppression, as the MABA-010245-CT1160's performance depends heavily on PCB symmetry.
How does the MABA-010245-CT1160 perform in high-temperature environments, and what reliability risks
The MABA-010245-CT1160 is rated for operation within standard industrial temperature ranges (typically -40°C to +85°C), but MACOM does not specify extended temperature performance. In outdoor deployments near 85°C ambient, thermal stress on the SMD solder joints may increase, especially under thermal cycling. Although the device has MSL1 (unlimited floor life), long-term reliability under thermal shock conditions should be evaluated with accelerated life testing. To mitigate risk in high-temperature installations, ensure adequate PCB copper relief and avoid placing the MABA-010245-CT1160 near power amplifiers or RF power sources generating localized heat.
What are the trade-offs of using the MABA-010245-CT1160 instead of an active balun like the LMH5401
The MABA-010245-CT1160 is a passive balun offering simplicity, wideband operation from 50MHz to 1GHz, and no DC power requirement, making it ideal for low-power or passive RF stages. However, unlike the active LMH5401, it provides no gain, limited drive capability, and cannot correct amplitude or phase imbalances in DC-coupled ADC interfaces. When driving high-input-capacitance ADCs, the MABA-010245-CT1160 may suffer from bandwidth compression or amplitude roll-off near 1GHz due to load interaction. Use the MABA-010245-CT1160 only in AC-coupled, impedance-matched systems where signal levels exceed -10dBm; otherwise, consider the LMH5401 for better balance control and drive strength.
How can the MABA-010245-CT1160's 0.7dB insertion loss impact link budget in low-power 700MHz LTE mod
In low-power 700MHz LTE modules, the MABA-010245-CT1160's 0.7dB insertion loss directly reduces available RF power, potentially degrading receiver sensitivity or increasing EIRP requirements on the transmitter. For example, in a system with only 10dBm output, losing 0.7dB reduces effective radiated power by ~15%. To mitigate, ensure the preceding amplifier or LNA compensates for this loss without driving the MABA-010245-CT1160 into saturation. Avoid long PCB traces after the balun to prevent additional dielectric losses. Also, verify performance across process and temperature variations—actual insertion loss may exceed 0.7dB at band edges, affecting regulatory compliance in narrowband emissions.
When designing in the MABA-010245-CT1160 balun, what are the key layout considerations to minimize i
To ensure optimal performance with the MABA-010245-CT1160, maintain a consistent 50Ω microstrip trace impedance on the unbalanced side and symmetrical 50Ω differential routing on the balanced side. Use ground plane cutouts beneath the balun's signal pads to reduce parasitic capacitance, especially critical at frequencies approaching 1GHz. Keep traces short and avoid sharp corners—use curved or mitered bends to prevent impedance discontinuities. Poor layout can degrade the MABA-010245-CT1160's specified 0.7dB insertion loss and compromise balun functionality in sensitive applications like RF front-ends or antenna interfaces.
Can the MABA-010245-CT1160 be used as a drop-in replacement for the TC1-1-13M+ in broadband UHF rece
While both the MABA-010245-CT1160 and TC1-1-13M+ are 1:1 surface-mount baluns covering UHF bands, they differ in package geometry and internal construction. The MABA-010245-CT1160 uses a 6-SMD flat lead package versus the Mini-Circuits' transformer-style housing, requiring a complete footprint redesign. Additionally, the TC1-1-13M+ has tighter phase balance performance—using the MABA-010245-CT1160 as a replacement may introduce differential mode distortion in precision I/Q signal paths. Verify return loss across your operating band and assess common-mode suppression, as the MABA-010245-CT1160's performance depends heavily on PCB symmetry.
How does the MABA-010245-CT1160 perform in high-temperature environments, and what reliability risks
The MABA-010245-CT1160 is rated for operation within standard industrial temperature ranges (typically -40°C to +85°C), but MACOM does not specify extended temperature performance. In outdoor deployments near 85°C ambient, thermal stress on the SMD solder joints may increase, especially under thermal cycling. Although the device has MSL1 (unlimited floor life), long-term reliability under thermal shock conditions should be evaluated with accelerated life testing. To mitigate risk in high-temperature installations, ensure adequate PCB copper relief and avoid placing the MABA-010245-CT1160 near power amplifiers or RF power sources generating localized heat.
What are the trade-offs of using the MABA-010245-CT1160 instead of an active balun like the LMH5401
The MABA-010245-CT1160 is a passive balun offering simplicity, wideband operation from 50MHz to 1GHz, and no DC power requirement, making it ideal for low-power or passive RF stages. However, unlike the active LMH5401, it provides no gain, limited drive capability, and cannot correct amplitude or phase imbalances in DC-coupled ADC interfaces. When driving high-input-capacitance ADCs, the MABA-010245-CT1160 may suffer from bandwidth compression or amplitude roll-off near 1GHz due to load interaction. Use the MABA-010245-CT1160 only in AC-coupled, impedance-matched systems where signal levels exceed -10dBm; otherwise, consider the LMH5401 for better balance control and drive strength.
How can the MABA-010245-CT1160's 0.7dB insertion loss impact link budget in low-power 700MHz LTE mod
In low-power 700MHz LTE modules, the MABA-010245-CT1160's 0.7dB insertion loss directly reduces available RF power, potentially degrading receiver sensitivity or increasing EIRP requirements on the transmitter. For example, in a system with only 10dBm output, losing 0.7dB reduces effective radiated power by ~15%. To mitigate, ensure the preceding amplifier or LNA compensates for this loss without driving the MABA-010245-CT1160 into saturation. Avoid long PCB traces after the balun to prevent additional dielectric losses. Also, verify performance across process and temperature variations—actual insertion loss may exceed 0.7dB at band edges, affecting regulatory compliance in narrowband emissions.
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Sep 15 2026
