Amphenol RF 901-9916 SMA Connector Plug Equivalent & Substitute Parts

Part Overview

The Amphenol RF 901-9916 is an SMA connector plug with male pin configuration, 50 ohm impedance, and solder termination for free hanging (in-line) cable applications. This component is classified as "Not For New Designs," indicating it has been superseded in the manufacturer's product line. Identifying equivalent and substitute parts is necessary to maintain compatibility with existing systems while accessing active product alternatives with improved availability and performance characteristics.

Substiute Parts

901-9916

Amphenol RFIn Stock: 1050901-9916 Datasheet

Current PartRFQ

132114

Amphenol RFIn Stock: 2248132114 Datasheet

DirectRFQ

901-9511-3

Amphenol RFIn Stock: 1042901-9511-3 Datasheet

Parametric EquivalentRFQ

901-9601-3

Amphenol RFIn Stock: 705901-9601-3 Datasheet

Parametric EquivalentRFQ

142-0403-011

Cinch Connectivity SolutionsIn Stock: 3891142-0403-011 Datasheet

DirectRFQ

6082034-1

TE Connectivity AMP ConnectorsIn Stock: 8516082034-1 Datasheet

DirectRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution eligibility for the 901-9916 is determined by the following core parameters: connector style (SMA), connector type (plug with male pin), impedance (50 ohms), mounting type (free hanging in-line), fastening type (threaded), and frequency capability (minimum 12.4 GHz). All substitute parts must maintain these electrical and mechanical specifications to ensure direct compatibility in RF signal transmission applications.

The substitute parts are grouped into two categories:

Direct Manufacturer Equivalents (Amphenol RF): Parts 132114 and 901-9511-3 are Amphenol RF products with identical core electrical specifications and active product status. Part 901-9601-3 is also an Amphenol RF equivalent with active status.

Cross-Manufacturer Alternatives: Parts 142-0403-011 (Cinch Connectivity Solutions) and 6082034-1 (TE Connectivity AMP Connectors) provide functional equivalence with variations in contact termination options, material composition, and frequency rating.

Parameter Comparison

Engineering Selection Recommendations

Primary Recommendation: Amphenol RF 132114

The 132114 is the optimal direct substitute for the 901-9916. Both parts are manufactured by Amphenol RF and share identical electrical and mechanical specifications, including 50 ohm impedance, 12.4 GHz maximum frequency, 375 V voltage rating, and solder contact termination. The 132114 holds active product status with significantly higher inventory availability (2200 pieces versus 948 pieces), ensuring supply chain continuity. Both parts maintain ROHS3 compliance and identical operating temperature ranges. The primary difference is packaging format (bag versus bulk), which does not affect functional performance.

Secondary Recommendation: Amphenol RF 901-9511-3

The 901-9511-3 is an active Amphenol RF product with identical core specifications to the 901-9916. This part features enhanced voltage rating (750 V versus 375 V) and upgraded center contact material (beryllium copper versus brass) with stainless steel body construction. These material improvements provide superior performance characteristics while maintaining full electrical compatibility. The 901-9511-3 is suitable for applications requiring higher voltage tolerance or enhanced mechanical durability.

Tertiary Recommendation: Amphenol RF 901-9601-3

The 901-9601-3 is an active Amphenol RF equivalent with identical electrical specifications and active product status. This part includes six components in its package (versus four in the 901-9916), providing additional assembly hardware. Material composition matches the 901-9511-3 with beryllium copper center contact and stainless steel body. This option is appropriate when additional connector hardware is required for assembly operations.

Cross-Manufacturer Alternative: Cinch Connectivity Solutions 142-0403-011

The 142-0403-011 provides functional equivalence with identical impedance, frequency rating, and operating temperature range. This part offers flexible contact termination (crimp or solder), accommodating both assembly methods. However, the voltage rating is reduced to 250 V, making this option suitable only for applications with lower voltage requirements. ROHS3 compliance is maintained.

Cross-Manufacturer Alternative: TE Connectivity AMP Connectors 6082034-1

The 6082034-1 maintains 50 ohm impedance and identical operating temperature range but operates at reduced maximum frequency (6 GHz versus 12.4 GHz) and lower voltage rating (250 V). This part is suitable only for applications operating below 6 GHz. RoHS compliance is confirmed, though specific ROHS3 status is not provided.

Frequently Asked Questions (FAQ)

Q: Can the 132114 be used as a direct replacement for the 901-9916?

A: Yes. The 132114 is a direct functional equivalent with identical electrical specifications, impedance, frequency rating, voltage rating, and solder termination. The only difference is packaging format (bag versus bulk), which does not affect performance. Both parts are ROHS3 compliant and operate across the same temperature range.

Q: What is the difference between the 901-9511-3 and the 901-9916?

A: The 901-9511-3 shares identical electrical specifications with the 901-9916 but features upgraded materials: beryllium copper center contact and stainless steel body versus brass construction in the 901-9916. The 901-9511-3 also provides double the voltage rating (750 V versus 375 V). These upgrades enhance durability and voltage tolerance while maintaining full electrical compatibility.

Q: Why does the 6082034-1 have a lower maximum frequency rating?

A: The 6082034-1 is specified for 6 GHz maximum frequency, compared to 12.4 GHz for the 901-9916. This part is suitable only for RF applications operating below 6 GHz. For applications requiring 12.4 GHz operation, the Amphenol RF alternatives (132114, 901-9511-3, or 901-9601-3) are required.

Q: What is the significance of the 901-9916 being marked "Not For New Designs"?

A: This designation indicates the 901-9916 has been superseded in Amphenol RF's product line. While existing inventory remains available, new designs should incorporate active alternatives such as the 132114, 901-9511-3, or 901-9601-3 to ensure long-term supply chain support and access to product improvements.

Q: Can the 142-0403-011 be used in applications requiring 375 V operation?

A: No. The 142-0403-011 is rated for 250 V maximum, which is below the 375 V specification of the 901-9916. This part is suitable only for applications with voltage requirements not exceeding 250 V. For 375 V applications, use the 132114, 901-9511-3, or 901-9601-3.

Q: What are the packaging differences among the substitute parts?

A: The 901-9916, 901-9511-3, 901-9601-3, 142-0403-011, and 6082034-1 are supplied in bulk packaging. The 132114 is supplied in bag packaging. Bulk and bag packaging formats do not affect connector performance; the difference is in quantity per container and handling method.

Q: Are all substitute parts RoHS compliant?

A: Yes. All substitute parts listed maintain RoHS compliance. The 901-9916, 132114, 901-9511-3, 901-9601-3, and 142-0403-011 are specifically ROHS3 compliant. The 6082034-1 is RoHS compliant with specific ROHS3 status not provided in available documentation.

Q: What is the difference between solder and crimp termination options?

A: The 901-9916 uses solder termination for cable connection. The 142-0403-011 offers both crimp or solder termination options, providing assembly flexibility. Solder termination creates a permanent connection through heat fusion, while crimp termination uses mechanical pressure. Both methods achieve equivalent electrical performance when properly executed.

Q: Can the 901-9601-3 be used in place of the 901-9916?

A: Yes. The 901-9601-3 is a direct functional equivalent with identical electrical specifications. The primary difference is the package includes six components (connector, contact, ferrule, heat shrink, insulator, and nut) versus four components in the 901-9916. This additional hardware may be beneficial for assembly operations requiring these components.