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Home > products > Circular Electrical Connectors > SMP-K2 Ultra-Small Blind Mating RF Connector: High-Frequency Performance and Space-Saving Design

SMP-K2 Ultra-Small Blind Mating RF Connector: High-Frequency Performance and Space-Saving Design

manufacturer:
Huada
Category:
Circular Electrical Connectors
In-stock:
In Stock
Specifications
Impedance:
50 Ω
Mating Cycles:
500
Frequency Range With Flexible Cable:
0~12.4 GHz
Frequency Range With Semi-rigid:
0~40 GHz
VSWR With Flexible Cable:
1.15+0.02F
VSWR With Semi-rigid:
1.1+0.02F
Series:
RF Connector
Insulation Resistance:
5000 MΩ
Dielectric Withstanding Voltage:
500 V
Introduction

Discover the HUADA SMP-K2 Ultra-Small Blind Mating Connector

The SMP-K2 Ultra-Small Blind Mating RF connector redefines high-frequency connectivity. Its compact design allows seamless installation in tight spaces, making it ideal for densely packed printed boards, chassis, and cabinets. Whether in phased array radar systems, aviation applications, or civil communications, the SMP-K2 delivers fast, reliable connections. Its robust vibration resistance ensures stability even in demanding environments. With axial and radial mismatch tolerance, this connector is a game-changer for space-constrained setups.
The SMP-K2 connector boasts an impedance of 50 Ω and can withstand 500 mating cycles. Its flexible frequency range spans from 0 to 12.4 GHz, while the semi-rigid configuration extends up to 40 GHz. VSWR (Voltage Standing Wave Ratio) remains impressively low, ensuring optimal signal integrity. With 5000 mΩ insulation resistance and a dielectric withstanding voltage of 500 V, the SMP-K2 is a reliable choice for critical applications. Experience ultra-small form factor without compromising performance – choose the SMP-K2 for your connectivity needs!

Key Features of the HUADA SMP-K2 Connector

The SMP-K2 connector is ingeniously designed to thrive in tight spaces. Whether you’re dealing with densely packed printed boards, cramped chassis, or space-limited cabinets, the SMP-K2 fits seamlessly. Its ultra-small form factor ensures efficient utilization of real estate, making it a go-to choice for modern electronics. Imagine installing high-frequency connectors without compromising valuable space – that’s the SMP-K2 advantage.
Picture an aircraft soaring through turbulence or a radar system enduring intense vibrations. The SMP-K2 remains unfazed. Its robust construction ensures reliable connections even in challenging environments. Whether you’re deploying it in phased array radar systems, aviation applications, or civil communications, the SMP-K2 delivers unwavering performance. Say goodbye to signal disruptions caused by vibrations – this connector is your steadfast ally.
Here’s where the SMP-K2 truly shines. Traditional connectors demand precise alignment during mating, but the SMP-K2 is forgiving. It allows a certain degree of axial and radial mismatch, simplifying blind mating. No more painstaking adjustments – just connect and go. This feature is a game-changer for high-density installations, where precision matters most.
Impedance: The SMP-K2 maintains a stable 50 Ω impedance, ensuring optimal signal integrity.
Mating Cycles: With a remarkable 500 mating cycles, it’s built to last.
Frequency Range (Flexible): Covering 0 to 12.4 GHz, the SMP-K2 adapts to various applications.
Frequency Range (Semi-rigid): For demanding scenarios, it stretches up to an impressive 40 GHz.
VSWR (Voltage Standing Wave Ratio): Both flexible and semi-rigid configurations exhibit low VSWR, minimizing signal loss.
Insulation Resistance and Dielectric Withstanding Voltage: Insulation Resistance: At 5000 mΩ, the SMP-K2 ensures electrical isolation.
Dielectric Withstanding Voltage: Withstanding up to 500 V, it’s ready for rigorous conditions.

Technical Features Table:

 

 

 

Impedance 50 Ω
Mating Cycles 500
Frequency Range with Flexible Cable 0~12.4 GHz
Frequency Range with Semi-rigid 0~40 GHz
VSWR with Flexible Cable 1.15+0.02F
VSWR with Semi-rigid 1.1+0.02F
Series RF Connector
Insulation Resistance 5000 mΩ
dielectric withstanding voltage 500 V

 

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