Amphenol RF 082-62 N Type Coaxial Connector Equivalent & Substitute Parts

Part Overview

The Amphenol RF 082-62 is an N Type connector jack with female socket configuration, designed for 50 ohm RF applications. This panel mount solder connector operates across frequencies up to 11 GHz and is rated for 1500 V with an operating temperature range of -65°C to 165°C. The connector is actively manufactured and maintains full stock availability. Equivalent and substitute parts are identified to support procurement flexibility, supply chain continuity, and application-specific requirements where alternative termination methods or mounting configurations may be preferred.

Substiute Parts

082-62

Amphenol RFIn Stock: 755082-62 Datasheet

Current PartRFQ

1-1337417-0

TE Connectivity AMP ConnectorsIn Stock: 14601-1337417-0 Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution between the Amphenol RF 082-62 and TE Connectivity AMP Connectors 1-1337417-0 is based on alignment of critical RF and mechanical parameters. Both connectors maintain identical specifications for connector style (N Type), connector type (Jack, Female Socket), impedance (50 Ohms), frequency maximum (11 GHz), operating temperature range (-65°C to 165°C), mating cycles (500), dielectric material (PTFE), body material (Brass), and center contact plating (Silver).

The primary differences between these parts are:

Contact Termination Method: The main part uses solder termination with clamp shield termination, while the substitute uses solder cup termination with solder tag shield termination. Both methods provide equivalent electrical connection reliability for RF applications.

Mounting Feature: The main part features a flange mounting configuration, while the substitute uses bulkhead rear side nut mounting. Both are panel mount configurations with threaded fastening.

Voltage Rating: The main part is rated for 1500 V, while the substitute is rated for 1000 V. Both ratings exceed typical RF connector application requirements.

Center Contact Material: The main part uses beryllium copper, while the substitute uses brass. Both materials provide suitable electrical conductivity for RF applications.

Body Finish: The main part has nickel finish, while the substitute has silver finish. Both finishes provide corrosion resistance and RF performance.

These connectors are functionally equivalent for 50 ohm RF systems operating at frequencies up to 11 GHz within the specified temperature range.

Parameter Comparison

Engineering Selection Recommendations

Both the Amphenol RF 082-62 and TE Connectivity 1-1337417-0 are active products with current manufacturing status and full regulatory compliance. Selection between these connectors is determined by application-specific requirements rather than performance limitations.

Amphenol RF 082-62 is selected when:

• Flange mounting configuration is required for the panel installation
• Clamp-based shield termination is preferred for the cable assembly process
• Higher voltage rating (1500 V) is specified in system requirements
• Beryllium copper center contact material is required for specific RF performance characteristics

TE Connectivity 1-1337417-0 is selected when:

• Bulkhead rear side nut mounting configuration is compatible with the panel design
• Solder cup termination method is preferred for the cable assembly process
• Standard voltage rating (1000 V) meets application requirements
• Brass center contact material is acceptable for RF performance

Both connectors maintain ROHS3/RoHS compliance and REACH compliance status. Both are classified under ECCN EAR99 and carry unlimited moisture sensitivity level (MSL 1). Insertion loss specification is provided only for the main part (0.15 dB); the substitute part does not specify insertion loss in available documentation.

Frequently Asked Questions (FAQ)

Q: Can the TE Connectivity 1-1337417-0 be used as a direct replacement for the Amphenol RF 082-62 in existing designs?

A: Direct replacement is possible when the application accommodates the differences in mounting feature (bulkhead rear side nut versus flange), shield termination method (solder tag versus clamp), and voltage rating (1000 V versus 1500 V). The RF electrical performance is equivalent at frequencies up to 11 GHz for both connectors.

Q: What is the difference between solder and solder cup termination?

A: Solder termination uses a clamp mechanism to secure the cable shield, while solder cup termination uses a solder tag. Both methods provide electrical connection to the shield. The selection depends on cable assembly equipment and process requirements.

Q: Are both connectors suitable for outdoor or weatherproof applications?

A: The Amphenol RF 082-62 specifies weatherproof ingress protection. The TE Connectivity 1-1337417-0 does not specify ingress protection rating in available documentation. Application requirements for environmental protection should be verified against the specific ingress protection specification needed.

Q: What is the significance of the voltage rating difference between these connectors?

A: The Amphenol RF 082-62 is rated for 1500 V while the TE Connectivity 1-1337417-0 is rated for 1000 V. Both ratings exceed typical RF connector applications. Selection should be based on system voltage specifications and safety margin requirements.

Q: Do both connectors support the same cable types?

A: The Amphenol RF 082-62 specifies compatibility with RG-8X, Belden 9258, and LMR-240 cable groups. The TE Connectivity 1-1337417-0 does not specify cable group compatibility in available documentation. Cable compatibility should be verified for the specific substitute part selection.

Q: Are both connectors RoHS compliant?

A: Yes. The Amphenol RF 082-62 is ROHS3 compliant, and the TE Connectivity 1-1337417-0 is RoHS compliant. Both meet regulatory requirements for hazardous substance restrictions.

Q: What is the operating temperature range for both connectors?

A: Both connectors operate across the identical temperature range of -65°C to 165°C, supporting applications in extreme thermal environments.

Q: How many mating cycles are supported by these connectors?

A: Both connectors are rated for 500 mating cycles, providing equivalent mechanical durability for connection and disconnection operations.