Ultra Low Loss 18GHz CFS550 Precision Test Cable with PFA Jacket

Product ID: MCC-CFS550
Deal
Quantity Price
1 - 19 20,00 $
20 - 49 19,40 $
50 - 99 18,80 $

* All Prices are in US Dollars and do not include duties

Key Specifications

Connector 1

1.0mm Male

Connector 2

1.0mm Male

VSWR Max

Frequency Max

Insertion Loss Max

Body Style

Description

The Mechanc CFS 550 coaxial cable is a premium offering in the CFS series, embodying the series’ commitment to providing flexible, ultra-low-loss, and phase & amplitude stable coaxial solutions. This cable is precision-engineered for applications that demand the highest levels of signal integrity, particularly in high-frequency operations.

The CFS 550 cable supports an operating frequency of up to 18 GHz with a 50 Ohm impedance and is a fitting choice for advanced RF communication systems. It boasts a silver-plated copper inner conductor and a protective PFA jacket with a diameter of 5.60 mm, balancing exceptional signal preservation with ease of handling and installation.

In terms of phase stability, the CFS 550 coaxial cable maintains ≤±2° at 10 GHz and ≤±3° at 18 GHz, ensuring precise and dependable signal transmission. The cable also operates reliably within a temperature range of -55°C to +165°C, with phase stability temperature variations held below 750 ppm, ensuring consistent performance in various environmental conditions.

The cable’s specifications include an attenuation of 0.961 dB/m at the highest operating frequency, indicative of its effective signal maintenance capabilities. Additionally, it offers an average power handling capacity of 0.237 kW.

The CFS 550 features a single minimum bend radius of 28.00 mm and a repeated minimum bend radius of 56.00 mm, providing the flexibility required for complex installations. With an 83% velocity of propagation, it ensures rapid and effective signal travel.

In essence, the Mechanc CFS 550 is an outstanding coaxial cable that meets the exacting demands of high-frequency, high-precision applications, solidifying its role as a key component in systems where performance and reliability are paramount.