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N-Type Male to Female RF Attenuator

Keywords :

RF Signal Attenuator

Specification :

3dB 6dB 10dB Attenuator

Performance :

PCM-SHM-0083

Category :

Attenuator

50 Ohm N-Type Attenuator, 3dB, 6dB, and 10dB attenuation options, N-Type Male to Female RF signal control for testing, antennas, and wireless systems. Premier Cable # : PCM-SHM-0083

Detail

 

N-Type Attenuator N-Type Jack to N-Type-Plug 3dB 6dB 10dB      

 

N-Type Male to Female RF Attenuator is designed for high-frequency RF environments, and its 2W attenuators provide a stable 50 ohm load across frequencies up to 3 GHz. Available in 3dB, 6dB, and 10dB variants, they serve as a critical safeguard for sensitive test equipment by reducing signal power without compromising waveform integrity.

 

Featuring an N-Type Male to Female Plug to Jack interface, PCM-SHM-0083 offers a low VSWR and excellent thermal stability. Its rugged industrial construction ensures it excels in both laboratory measurements and demanding outdoor wireless communication infrastructure.

 

 

N-Type Attenuator N-Type Jack to N-Type-Plug 3dB 6dB 10dB

 

Specifications:

 

 

 

Part Number

PCM-SHM-0083

Connector Type A

N-Type Male

Connector Type B

N-Type Female

Attenuation

3dB, 6dB, 10dB

Impedance

50 Ohm

Frequency Range

6GHz

Power

2 Watts (2W)

 

 

Key Features:

 


Multiple dB Options: Available in 3dB, 6dB, and 10dB to suit specific signal reduction needs.

 

 

50 Ohm Matching: Ensures seamless impedance integration within standard RF signal paths.

 


Wide Frequency Range: Operates reliably from DC up to 3 GHz for broad wireless compatibility.

 


High-Precision Power Management: Rated at 2W to effectively protect receivers and sensitive components.

 


Durable Plug-to-Jack Interface: Features a rugged N-Male to N-Female design for secure, repeatable connections.

 

RF Signal Attenuator

 

Applications:

 

 

 

Signal Conditioning: Accurate reduction of power levels to prevent signal clipping.

 


RF Testing & Measurement: Essential for lab environments to protect expensive analyzers.
 


Wireless Communication Networks: Used in cellular boosters and radio links for gain control.

 


Base Station Infrastructure: Optimized for high-reliability use in telecom and satellite stations.

 

 

Antenna System Protection: Minimizes signal reflections and manages gain in antenna arrays.

 

 

 

Drawing:

 

 

PCM-SHM-0083 Drawing
 

Keywords:

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