RF Antenna MA301.A.AB.010 Equivalent & Substitute Parts

Part Overview

The MA301.A.AB.010 is a 1.4GHz RF antenna module manufactured by Taoglas Limited, designed for cellular and navigation applications including CDMA, GPS, GSM, and UMTS systems. This component operates across the 824MHz to 1.99GHz frequency range with a module form factor and Fakra adhesive mounting. The product is currently obsolete, making identification of functionally compatible alternatives essential for legacy system support and component procurement.

Substiute Parts

MA301.A.AB.010
Taoglas LimitedIn Stock: 1200MA301.A.AB.010 Datasheet
MA301.A.AB.010
Current Part
MA303.A.LB.002
Taoglas LimitedIn Stock: 922MA303.A.LB.002 Datasheet
MA303.A.LB.002
Similar

Key Parameters

Parameter MA301.A.AB.010
Manufacturer Taoglas Limited
Frequency (Center/Band) 1.4GHz
Frequency Range 824MHz ~ 1.99GHz
Antenna Type Module
Number of Bands 1
Gain 28dBic
VSWR 1.92
Termination SMB, Fakra
Mounting Type Adhesive
Height (Max) 17.30mm
Ingress Protection IP65
Product Status Obsolete
RoHS Status ROHS3 Compliant

Substitute Part Grouping Explanation

Substitution eligibility for the MA301.A.AB.010 is determined by the following critical parameters:

Frequency Coverage: The substitute must support the 824MHz to 1.99GHz range to maintain compatibility with CDMA, GPS, GSM, and UMTS applications. The center frequency of 1.4GHz is the primary operating point.

Frequency Groups: Both UHF bands (300MHz ~ 1GHz and 1GHz ~ 2GHz) must be represented in the substitute's frequency group classification.

Ingress Protection: IP65 rating is required to maintain environmental sealing specifications.

Compliance Standards: RoHS3 compliance and REACH unaffected status must be maintained for regulatory alignment.

Connector Type: The substitute must provide compatible termination options. The original part uses SMB and Fakra connectors; substitutes with SMA Male termination represent a different connector family requiring mechanical adaptation.

Antenna Form Factor: While the original uses a module form factor, puck-type antennas with equivalent frequency coverage and gain characteristics are functionally substitutable with appropriate mounting modifications.

The MA303.A.LB.002 meets the frequency range, ingress protection, and compliance requirements, though it differs in antenna type, mounting method, and connector interface.

Parameter Comparison

Parameter MA301.A.AB.010 MA303.A.LB.002
Manufacturer Taoglas Limited Taoglas Limited
Frequency (Center/Band) 1.4GHz 892MHz, 1.85GHz
Frequency Range 824MHz ~ 1.99GHz 824MHz ~ 960MHz, 1.71GHz ~ 1.99GHz
Antenna Type Module Puck
Number of Bands 1 2
Gain 28dBic 1.36dBi
Termination SMB, Fakra SMA Male
Mounting Type Adhesive Magnetic
Height (Max) 17.30mm 16.80mm
Ingress Protection IP65 IP65
Product Status Obsolete Active
RoHS Status ROHS3 Compliant ROHS3 Compliant
REACH Status REACH Unaffected REACH Unaffected

Engineering Selection Recommendations

The MA303.A.LB.002 is an active product from the same manufacturer, providing continuity for legacy MA301.A.AB.010 applications. Both components maintain ROHS3 compliance and REACH unaffected status, ensuring regulatory alignment.

Frequency Coverage Compatibility: The MA303.A.LB.002 covers the critical 824MHz to 960MHz and 1.71GHz to 1.99GHz bands, encompassing the original part's operating range. The dual-band configuration (892MHz and 1.85GHz center frequencies) provides broader application support than the single-band MA301.A.AB.010.

Form Factor and Mounting Differences: The MA303.A.LB.002 uses a puck antenna with magnetic mounting, whereas the MA301.A.AB.010 employs a module with adhesive mounting. System redesign is required to accommodate the different physical form factor and mounting interface.

Connector Interface: The MA303.A.LB.002 provides SMA Male termination instead of SMB/Fakra connectors. Mechanical and electrical adaptation is necessary for integration into existing systems designed for the original connector types.

Gain Characteristics: The MA301.A.AB.010 provides 28dBic gain, while the MA303.A.LB.002 provides 1.36dBi gain. These represent different measurement standards (dBic versus dBi) and antenna classes, reflecting the module versus puck form factor difference.

Frequently Asked Questions (FAQ)

Q: Can the MA303.A.LB.002 directly replace the MA301.A.AB.010 without modifications?

A: No. The MA303.A.LB.002 differs in antenna type (puck versus module), mounting method (magnetic versus adhesive), and connector interface (SMA Male versus SMB/Fakra). System-level modifications are required for integration.

Q: What frequency bands does the MA303.A.LB.002 cover compared to the original part?

A: The MA303.A.LB.002 covers 824MHz to 960MHz and 1.71GHz to 1.99GHz, which encompasses the MA301.A.AB.010's 824MHz to 1.99GHz range. Both parts support the same cellular and navigation frequency allocations for CDMA, GPS, GSM, and UMTS applications.

Q: Are both parts compliant with current regulatory standards?

A: Yes. Both the MA301.A.AB.010 and MA303.A.LB.002 are ROHS3 compliant and REACH unaffected, meeting current environmental and hazardous substance regulations.

Q: What is the difference between dBic and dBi gain measurements?

A: dBic (decibels relative to isotropic circular) and dBi (decibels relative to isotropic) are different antenna gain reference standards. The MA301.A.AB.010 specifies 28dBic (module antenna measurement), while the MA303.A.LB.002 specifies 1.36dBi (puck antenna measurement). These values reflect the different antenna form factors and are not directly comparable.

Q: What mounting considerations apply when substituting the MA303.A.LB.002?

A: The MA303.A.LB.002 uses magnetic mounting, requiring a ferrous surface or mounting plate. The original MA301.A.AB.010 uses adhesive mounting for direct surface attachment. Mechanical redesign of the mounting interface is necessary.

Q: Is the MA303.A.LB.002 suitable for the same applications as the MA301.A.AB.010?

A: The MA303.A.LB.002 supports GLONASS and GPS applications, while the MA301.A.AB.010 supports CDMA, GPS, GSM, and UMTS. Frequency coverage overlaps for GPS and cellular bands, but application-specific requirements must be evaluated based on system design parameters.

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