2.4 mm Armored Test Cables

Introduction

Hualink fixed-amplitude stable-phase armor cable is the ideal solution for military radar, phased array radar and electronic warfare, ship borne systems, field testing and other applications in harsh natural environment. The versatile product can meet the requirements of relatively stringent requirements on plug-in loss, mechanical phase stability, and amplitude and temperature phase stability. The armor especially designed can provide very reliable protection for internal cables, so that the product features excellent resistance to compression, tension, sand, wear and other mechanical properties. It's suitable to be used as 40 GHz VNA and 50 GHz VNA test cables, price is very attractive. And length can be adjusted per customer requirements.

Specification

Features and Benefits

● Consistent, repeatable measurements with stable electrical performance up to 50 GHz

● Negligible changes of phase and amplitude after flexing

● Longer Lifespan

● Increased throughput and reduced downtime with durable and reliable performance

Applications

● Bench-top testing

● High throughput RF production testing

● Portable analyzers

● Test rack systems

● Vector network analyzers (VNAs)

● Scalar network analyzers

● Antenna ranges

Product details

Armored test cable family from Hualink Tech.

DUT: 2.4 mm male to 2.4 mm male cable assembly, Length = 48 inches

FAQ

1. How to choose the coaxial cable?

■ Select according to the working frequency of the coaxial cable

The connector of the general coaxial cable will limit its maximum working frequency. For example, the BNC is a bayonet connection, and the working frequency is up to 4GHz. The most reliable N-type has a best operating frequency of 18GHz. The most common 2.92mm connector has a maximum operating frequency of 40GHz. Select it according to your specific needs.

■ Select according to the transmission loss of the coaxial cable

Generally speaking, the larger the diameter of the coaxial cable, the smaller the transmission loss, and the lower the transmission loss of the lower density. The smaller the lower the transmission loss of the lower frequency, the lower the transmission loss, the lower the operating cost, but the purchase cost will increase. Therefore, when selecting the coaxial cable, it depends on the insertion loss and the actual situation accepted by the system. The length required is to consider the choices and make the best use of them.

■ Select according to the power capacity of the coaxial cable

The power capacity of coaxial cable is closely related to its heat dissipation capability. The final limiting factor is the maximum operating temperature accepted by the material of the coaxial cable. Generally speaking, the power capacity and transmission loss are inversely proportional to each other. The choice of power capacity, after all, the higher the power, the greater the cost.

■ According to the shielding performance of the coaxial cable

The shielding performance of the coaxial cable mainly depends on the outer conductor Structure, conductor structure is different, its shielding performance is also different, in general, solid state shielding is the best.

■ According to the coaxial cable resistance selection

Relatively speaking, According to the anti-resistance selection of the coaxial cable, the resistance of the coaxial cable is almost 75 ohms in the use of the cable television network. Other coaxial cables are 50 ohms.

Packaging, Shipping

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