Powertec RF Connector N Male for LMR400 with Hex Nut

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Powertec

Powertec Connector N Male for LMR400 with Hex Nut

Name: Powertec Connector N Male for LMR400 with Hex Nut
Brand: Powertec
SKU: ACC-BH-00025
Price: 20.9 AUD
Availability: InStock

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Durable N Male connectors for LMR400 with hex nut, featuring silver-plated bodies, gold center pins, nickel body, and 50 Ohms impedance.

SKU: ACC-BH-00025

Shipping: Calculated at Checkout

$20.90 inc GST

$19.00 ex GST

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Powertec Connector N Male for LMR400 with Hex Nut

$20.90 inc GST

$19.00 ex GST

Product Details
Specifications
Additional Information

Product Details

The Powertec Crimp N Male for LMR400 with Hex Nut is a reliable and efficient solution for your coaxial cable termination needs. This connector is engineered to provide a secure and stable connection, making it ideal for various RF setups.

Durable and High-Quality Construction

- Inner Conductor: Brass with Gold-Plated finish for optimal conductivity and corrosion resistance.
- Insulator: High-grade PTFE, known for its excellent dielectric properties.
- Body: Constructed from robust Brass with a Ternary Alloy for enhanced durability.
- Gaskets: Made from Silicone Rubber to provide a secure and long-lasting seal.
- Additional Components: Brass with Ternary Alloy ensuring overall structural integrity.

Specifications

ACC-BH-00025 Coaxial Connector Specifications
Specification Category	Details
Inner Conductor	Brass, Gold-Plated
Insulator	PTFE
Body	Brass, Ternary Alloy
Gaskets	Silicone Rubber
Other Components	Brass, Ternary Alloy
Interface	N male
Standards	IEC 61169, IEC 60169
Body Style	Straight
Durability	≥ 500 mating cycles
Cable Compatibility	LMR-400
Impedance	50Ω
Operating Frequency Band	DC-3GHz
Insertion Loss (Typical)	≤0.05√f dB Max
VSWR	≤1.30
Dielectric Withstanding Voltage	1000V
Contact Resistance (Inner Conductor)	≤1.0mΩ
Contact Resistance (Outer Conductor)	≤0.25mΩ
Insulation Resistance	≥5000MΩ
Operating Temperature	-40°C to +85°C
Corrosion Test Method	IEC 60068-2-52, 48h
Damp Heat Resistance Test Method	IEC 61169-1, Sub-clause 9.4.3
Thermal Shock Test Method	IEC 61169-1, Sub-clause 9.4.4
Vibration Test Method	IEC 61169-1, Sub-clause 9.3.3
Mechanical Shock Test Method	IEC 60068-2-27
Marking and Packaging	According to packaging specifications or customer requirements
Compliance	RoHS 2011/65/EU compliant by exemption