70-2-0003
Female to Female
Straight
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An RF adaptor (Radio Frequency adapter) is a component used to connect two RF connectors or interfaces - either of different types or the same type. It enables the transmission of high-frequency signals with minimal loss or interference, and is typically used in the following applications: patient monitoring systems with wireless connectivity,RF ablation, telemetry, and diagnostic tools,MRI, CT, and ultrasound imaging devices .
Connecting antennas to RF equipment
Linking test equipment (like spectrum analyzers or signal generators) to DUTs (devices under test)
Integrating components in RF communication systems (e.g., Wi-Fi, LTE, GPS, IoT modules)
patient monitoring systems with wireless connectivity
RF ablation, telemetry, and diagnostic tools
MRI, CT, and ultrasound imaging devices
2.4 mm
Frequency Range:DC – 50 GHz
Impedance:50 OHMS
Power Handling:Medium
Coupling Mechanism:Threaded
Typical Applications:High freq test, instruments
Size Category:Small
2.92 mm (K)
Frequency Range:DC – 40 GHz
Impedance:50 OHMS
Power Handling:Medium
Coupling Mechanism:Threaded
Durability (mating cycles):500
Typical Applications:Microwave test, RF modules Size Category:Small
Connector 1 type | 2.4 mm Connector |
Connector 2 type | 2.92 mm (K) Connector |
Type Of Adapter | Between Series |
Body Finish | Passivated |
Body Material | Stainless Steel |
Contact Finish | Gold |
Contact Material | Beryllium Copper |
Coupling Mechanism | Threaded |
HS Code | 8536909000 |
Frequency (Max GHz) | 40 |
Impedance (Ohms) | 50 |
Orientation | Straight |
Temperature Range | -65 ~165 ° C |
Regular models require 15 days, while some complex connectors require 25 days.
Most RF connectors are CNC-machined parts and do not require mold-making.
However, each part needs to be fine-tuned on the CNC machine. Typically, a single sample costs $200.
This fee will be refunded after a 5K bulk order.
Brass RF connectors come with a one-year warranty.
Stainless steel connectors come with a three-year warranty.
The lifespan also depends on the contact material beryllium contacts offer better durability.
Our products fully comply with ROHS & REACH regulations.
Yes. We are honored to provide military-grade products with exceptionally stable quality.
Regular connectors: 500 PCS
Adapters: 100 PCS
Military connectors: 100 PCS
Common materials include:
Body: Brass, stainless steel
Insulator: PTFE, PEEK
Contacts: Brass, phosphor bronze, beryllium copper
Other: Aluminum, titanium alloy
Yes, but performance degrades with wear. Precision connectors (used in test equipment) should be handled carefully—damage to threads or pins increases VSWR and insertion loss.
Threaded (SMA, N, TNC): Secure, vibration-resistant. Bayonet (BNC): Quick connect/disconnect. Push-on (MCX, SMP): Ultra-fast, compact, used in high-density modules.
Yes, if they follow the same standard (e.g., SMA-to-SMA). However, tolerances, plating, and dielectric quality vary — mixing low-quality and precision connectors can damage equipment.
Temperature extremes can cause expansion/shrinkage and change performance. Humidity and salt spray may cause corrosion (use stainless steel or weatherproof designs). Vibration may loosen bayonet types — use threaded connectors in harsh environments.
An RF adaptor (Radio Frequency adapter) is a component used to connect two RF connectors or interfaces - either of different types or the same type. It enables the transmission of high-frequency signals with minimal loss or interference, and is typically used in the following applications: patient monitoring systems with wireless connectivity,RF ablation, telemetry, and diagnostic tools,MRI, CT, and ultrasound imaging devices .
Connecting antennas to RF equipment
Linking test equipment (like spectrum analyzers or signal generators) to DUTs (devices under test)
Integrating components in RF communication systems (e.g., Wi-Fi, LTE, GPS, IoT modules)
patient monitoring systems with wireless connectivity
RF ablation, telemetry, and diagnostic tools
MRI, CT, and ultrasound imaging devices
2.4 mm
Frequency Range:DC – 50 GHz
Impedance:50 OHMS
Power Handling:Medium
Coupling Mechanism:Threaded
Typical Applications:High freq test, instruments
Size Category:Small
2.92 mm (K)
Frequency Range:DC – 40 GHz
Impedance:50 OHMS
Power Handling:Medium
Coupling Mechanism:Threaded
Durability (mating cycles):500
Typical Applications:Microwave test, RF modules Size Category:Small
Connector 1 type | 2.4 mm Connector |
Connector 2 type | 2.92 mm (K) Connector |
Type Of Adapter | Between Series |
Body Finish | Passivated |
Body Material | Stainless Steel |
Contact Finish | Gold |
Contact Material | Beryllium Copper |
Coupling Mechanism | Threaded |
HS Code | 8536909000 |
Frequency (Max GHz) | 40 |
Impedance (Ohms) | 50 |
Orientation | Straight |
Temperature Range | -65 ~165 ° C |
Regular models require 15 days, while some complex connectors require 25 days.
Most RF connectors are CNC-machined parts and do not require mold-making.
However, each part needs to be fine-tuned on the CNC machine. Typically, a single sample costs $200.
This fee will be refunded after a 5K bulk order.
Brass RF connectors come with a one-year warranty.
Stainless steel connectors come with a three-year warranty.
The lifespan also depends on the contact material beryllium contacts offer better durability.
Our products fully comply with ROHS & REACH regulations.
Yes. We are honored to provide military-grade products with exceptionally stable quality.
Regular connectors: 500 PCS
Adapters: 100 PCS
Military connectors: 100 PCS
Common materials include:
Body: Brass, stainless steel
Insulator: PTFE, PEEK
Contacts: Brass, phosphor bronze, beryllium copper
Other: Aluminum, titanium alloy
Yes, but performance degrades with wear. Precision connectors (used in test equipment) should be handled carefully—damage to threads or pins increases VSWR and insertion loss.
Threaded (SMA, N, TNC): Secure, vibration-resistant. Bayonet (BNC): Quick connect/disconnect. Push-on (MCX, SMP): Ultra-fast, compact, used in high-density modules.
Yes, if they follow the same standard (e.g., SMA-to-SMA). However, tolerances, plating, and dielectric quality vary — mixing low-quality and precision connectors can damage equipment.
Temperature extremes can cause expansion/shrinkage and change performance. Humidity and salt spray may cause corrosion (use stainless steel or weatherproof designs). Vibration may loosen bayonet types — use threaded connectors in harsh environments.