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SMA(F) TO N(M) ADAPTOR 4GHZ

Original price was: ₹240.00.Current price is: ₹200.00.

| SMA(F) TO N(M) ADAPTOR 4GHZ | This SMA(F) to N(M) adaptor is designed for RF and signal transmission applications, supporting frequencies up to 4GHz. It features an SMA female connector on one end and an N-type male connector on the other, allowing for easy interfacing between different connector types. This adaptor is ideal for use in telecommunications, broadcast systems, and test equipment, providing reliable signal transfer with minimal insertion loss. Its durable construction ensures long-term performance in both laboratory and field environments. |

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An SMA Female to N Male Adapter is a passive RF connector used to connect devices with SMA female connectors to devices with N male connectors. This type of adapter is commonly used in radio frequency (RF) and microwave applications where different connector types need to be interlinked while maintaining signal integrity. It is designed to handle frequencies up to 4 GHz and sometimes beyond, ensuring compatibility in various communication systems, test setups, and signal distribution networks.

Specifications:

  1. Frequency Range:
    • 4 GHz (4000 MHz): The adapter is typically rated for operation up to this frequency. Many adapters support higher frequencies, so always check the maximum frequency rating if your application demands it.
  2. Impedance:
    • 50 Ohms: This is the standard impedance for most RF systems and ensures minimal signal reflection and maximum power transfer.
  3. Connector Types:
    • SMA Female: This connector has a threaded coupling mechanism and is designed for smaller, higher-frequency applications.
    • N Male: This connector has a larger diameter and is designed for robust connections in various RF systems.
  4. Insertion Loss:
    • Typically ≤ 0.2 dB: This measures the loss of signal power as it travels through the adapter. Lower insertion loss indicates better performance.
  5. Return Loss:
    • Typically ≥ 20 dB: This measures how well the adapter maintains impedance matching, with higher values indicating lower reflection.
  6. VSWR (Voltage Standing Wave Ratio):
    • Typically ≤ 1.2: This ratio describes the efficiency of power transfer and how well the connector maintains impedance. A lower VSWR indicates better performance.
  7. Construction Material:
    • Body: Often made from brass or stainless steel for durability.
    • Plating: Gold or nickel plating is common to ensure good conductivity and resistance to corrosion.
  8. Temperature Range:
    • Typically -55°C to +165°C: The adapter is designed to operate in a wide temperature range, ensuring reliability in various environments.
  9. Size and Weight:
    • Compact Design: The exact dimensions vary, but adapters are usually designed to be compact and lightweight for ease of integration.

Example Part Number:

  • Manufacturer: Amphenol, Pasternack, or other RF component manufacturers.
  • Part Number Example: PE4452 (Note: This is a generic example; check the specific part number for exact specs.)

Applications:

  • RF Testing Equipment: Used in labs for testing and measuring RF signals.
  • Communication Systems: For connecting various components in telecommunications.
  • Signal Distribution: In systems that require connecting different types of equipment.

When selecting an adapter, make sure to verify these specifications against your system requirements to ensure compatibility and optimal performance.

Brand

RF CONNECTOR HOUSE

Body

Brass SS

Center Conductor

Phosphor Copper

Frequency Range

DC-4GHz

VSWR

1.5

Impedance

50Ω

Insertiona Loss

≤0.10 dB

Insulator

PTFE Teflon

Durability

Mating Cycles ≥566

Operating Temperature Range

-40℃~+85℃

Compliance

ROHS

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