Features, MID-BASS Speaker Connection | Diamond 643-104, 643-105

FEATURES

Proprietary Composite HEX Cone Technology

Butyl Rubber Surrounds

Die-Cast Aluminum Frames

Flat Progressive Spider

Integrated Lead Wires

Ferro Fluid Cooled Neodymium Tweeters

Model Specific, Competition Grade Crossovers w/ RAF Output

Parts List - S400, S500, & S600

(2) Hex Mid-Bass Speakers

(2)Hex Grills w/ Mounting Ring

(2)Mounting Gaskets

(2)Hex Crossovers

(2)Hex Tweeters in Flush Mount Cups

(2)Hex Tweeter Surface Mounting Cups

(1)Mid-Bass Mounting Hardware Kit

(1)Tweeter Mounting Hardware Kit

MID-BASS SPEAKER CONNECTION

The terminals on the HEX component mid-bass drivers feature a recessed mechanism to allow direct connection of speaker wire up to 12 gauge. This allows for a very clean and secure connection without exposed terminals. Strip the end of the wire and insert into the terminal and gently tighten down the terminal screws with a small manual Philips screwdriver. Power screw guns are not recommended as they can cause the terminals screws to strip. Do not solder or tin the wire before connection, it can lead to failure if terminal screws are tightened too much.

Turn Clockwise	Turn Counterclockwise
to tighten setscrew.	to loosen setscrew.

643-104, 643-105 specifications

Diamond 643-104 and Diamond 643-105 are highly regarded models in the realm of synthetic diamond technology. These models are recognized for their exceptional quality and advanced features, making them ideal for various industrial applications.

One of the key characteristics of Diamond 643-104 and 643-105 is their superior clarity and durability. Both models are engineered to offer high levels of purity, which significantly enhances their performance and longevity. This quality makes them suitable for applications in electronics, optics, and cutting tools, where precision and durability are paramount.

In terms of technology, these diamonds are produced using advanced chemical vapor deposition (CVD) methods. This process allows for the controlled growth of diamond crystals, enabling the production of diamonds with fewer defects and superior structural integrity. The CVD technique also facilitates the integration of specific properties into the diamonds, such as conductivity or thermal resistance, which can be tailored to meet the specific needs of various applications.

Another notable feature of Diamond 643-104 and 643-105 is their thermal conductivity. These diamonds exhibit exceptional thermal management capabilities, which make them particularly useful in heat sink applications in electronics and power systems. The ability to efficiently disperse heat ensures the longevity and reliability of semiconductor devices, contributing to improved overall performance.

Furthermore, both models possess impressive optical properties. They have a wide bandgap, which makes them suitable for high-power and high-frequency electronic applications. This trait allows for the use of Diamond 643-104 and 643-105 in cutting-edge technologies such as high-efficiency lasers and ultraviolet (UV) detectors.

In summary, Diamond 643-104 and 643-105 stand out as premier synthetic diamonds that offer remarkable clarity, exceptional thermal conductivity, and sophisticated production methods. Their advanced characteristics enable their use across a variety of high-performance applications, showcasing the significant advancements in diamond technology. As industries continue to seek materials that provide superior performance and sustainability, models like Diamond 643-104 and 643-105 will undoubtedly play a pivotal role in shaping the future of material sciences and engineering.