Amphenol RF 172210 Equivalent & Substitute Parts

Part Overview

The Amphenol RF 172210 is an N Type Connector Receptacle with female socket configuration, rated for 50 Ohms impedance and designed for panel mount applications with solder cup termination. This component is classified as Active product status and is currently in stock with 864 pieces available.

Substitute parts are identified when components share identical electrical specifications, mechanical compatibility, and functional performance characteristics within the coaxial connector RF category. Alternative models become necessary when primary part availability is limited, when procurement lead times require expedited sourcing, or when design flexibility permits selection from qualified equivalent components.

Substiute Parts

172210

Amphenol RFIn Stock: 878172210 Datasheet

Current PartRFQ

172119

Amphenol RFIn Stock: 1624172119 Datasheet

Parametric EquivalentRFQ

172323

Amphenol RFIn Stock: 766172323 Datasheet

Parametric EquivalentRFQ

1057284-1

TE Connectivity AMP ConnectorsIn Stock: 10091057284-1 Datasheet

Parametric EquivalentRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution eligibility for the Amphenol RF 172210 is determined by strict alignment with the following critical parameters:

Electrical Compatibility Requirements:

• Connector Style: N Type
• Impedance: 50 Ohms
• Frequency - Max: 11 GHz
• Voltage Rating: 1500 V
• Insertion Loss: 0.15 dB

Mechanical Compatibility Requirements:

• Connector Type: Receptacle, Female Socket
• Contact Termination: Solder Cup
• Mounting Type: Panel Mount
• Mounting Feature: Flange
• Fastening Type: Threaded
• Number of Ports: 1

Environmental & Operational Requirements:

• Operating Temperature: -65°C ~ 165°C
• Mating Cycles: 500

Parts 172119 and 172323 (both Amphenol RF) meet all electrical and mechanical parameters identically. Part 1057284-1 (TE Connectivity AMP Connectors) shares the same connector style, impedance, frequency rating, and mechanical configuration but operates within a reduced temperature range (-65°C ~ 125°C) and lower voltage rating (1000 V), with material composition differences in center contact and body construction.

Parameter Comparison

Engineering Selection Recommendations

Primary Substitutes (Full Electrical & Mechanical Equivalence):

Parts 172119 and 172323 are direct parametric equivalents to the Amphenol RF 172210. Both components are manufactured by Amphenol RF, maintain Active product status, and satisfy all electrical specifications including 50 Ohm impedance, 11 GHz frequency rating, 1500 V voltage rating, and 0.15 dB insertion loss. Operating temperature range (-65°C ~ 165°C) and mechanical configuration are identical. Both parts carry ROHS3 compliance and REACH Affected designation. Selection between 172210, 172119, and 172323 is based on inventory availability and procurement lead time requirements.

Secondary Substitute (Conditional Application):

Part 1057284-1 from TE Connectivity AMP Connectors shares the N Type connector style, 50 Ohm impedance, 11 GHz frequency capability, and identical mechanical mounting configuration. However, this component is classified as Obsolete product status and operates within a reduced temperature range (-65°C ~ 125°C) compared to the primary part. Voltage rating is limited to 1000 V versus 1500 V for the main part. Material composition differs in center contact (Beryllium Copper versus Phosphor Bronze) and body construction (Stainless Steel with Nickel finish versus Brass with White Bronze finish). This part is suitable only for applications where operating temperature does not exceed 125°C and voltage stress remains below 1000 V. Insertion loss specification is not provided for this component.

Frequently Asked Questions (FAQ)

Q: Can part 172119 be used as a direct replacement for 172210?

A: Yes. Part 172119 is a parametric equivalent with identical electrical and mechanical specifications. Both are Amphenol RF N Type receptacle connectors rated for 50 Ohms, 11 GHz, 1500 V, and -65°C ~ 165°C operating temperature. Both feature solder cup termination, panel mount flange configuration, and 0.15 dB insertion loss.

Q: What is the difference between 172210 and 172323?

A: Both parts are functionally equivalent N Type 50 Ohm receptacle connectors manufactured by Amphenol RF with identical electrical ratings and mechanical configuration. The primary difference is inventory availability and base product number designation (1722 versus 1723).

Q: Is part 1057284-1 a suitable substitute?

A: Part 1057284-1 is a conditional substitute. It shares the same connector style, impedance, frequency rating, and mechanical mounting. However, it is classified as Obsolete, operates at reduced maximum temperature (125°C versus 165°C), and has lower voltage rating (1000 V versus 1500 V). Use this part only in applications where these reduced specifications are acceptable.

Q: What are the key parameters that determine substitution eligibility?

A: Substitution is determined by: Connector Style (N Type), Impedance (50 Ohms), Frequency - Max (11 GHz), Connector Type (Receptacle, Female Socket), Contact Termination (Solder Cup), Mounting Type (Panel Mount), Mounting Feature (Flange), Fastening Type (Threaded), Operating Temperature range, and Voltage Rating. All substitute parts must match these parameters for direct interchangeability.

Q: Does packaging affect substitution compatibility?

A: Packaging format (Bag) does not affect electrical or mechanical compatibility. All parts in this substitution group are suitable for the same circuit applications regardless of packaging designation.

Q: Are all substitute parts RoHS compliant?

A: Parts 172210, 172119, and 172323 are ROHS3 Compliant. Part 1057284-1 is RoHS Compliant. All parts meet applicable regulatory requirements for their respective compliance standards.

Q: What is the maximum operating temperature for each part?

A: Parts 172210, 172119, and 172323 operate from -65°C to 165°C. Part 1057284-1 operates from -65°C to 125°C. Application requirements must not exceed these specified temperature limits.