
( Brand: Texas Star ), ( Manufacturer Part Number: STARDX667V ), ( Model: TEXAS STARDX667V ), ( Type: Linear Amplifier ), ( Supported Modes: Am, Cw, Ssb ), ( Color: Black ), ( Band: Am, Am/fm ), ( Power: 320 W ), ( Country Of Origin: United States )
The Texas Star Stardx677V Linear Ham Radio Amplifier is a robust and high-performance device, specifically designed for enthusiasts seeking to boost their radio communication capabilities. This amplifier, with its sleek and compact design, is a perfect addition to any Ham Radio setup.
The Stardx677V is a 100W linear amplifier, capable of delivering exceptional power output. It operates on the popular HF bands from 1.8 to 30 MHz, ensuring versatility in your radio operations. The amplifier features a smart automatic power control system, ensuring optimal power output while protecting the device from overheating and damage.
The Texas Star Stardx677V is built with high-quality components, ensuring reliable and consistent performance. The output matching network offers superior impedance matching, reducing SWR and maximizing power transfer efficiency. The device also features a built-in power meter, providing real-time feedback on the power output, helping you fine-tune your settings for optimal performance.
The Stardx677V is easy to install and use, with clear indicators for various operating conditions. It is designed with a rugged and durable enclosure, making it suitable for various operating environments. The amplifier also includes a cooling fan to maintain optimal operating temperatures, even during extended use.
In summary, the Texas Star Stardx677V Linear Ham Radio Amplifier is a powerful, versatile, and reliable device, perfect for Ham Radio enthusiasts looking to enhance their radio communication capabilities. Its smart features, high-quality construction, and ease of use make it a valuable addition to any Ham Radio setup.
The Texas Star Stardx667V Ham Radio Amplifier is a powerful device for enhancing your ham radio communications. Here are some pros and cons to consider before making a purchase.
Pros:1. High Power Output: With an output power of 667 Watts PEP SSB, this amplifier can handle long-distance communication effectively.
2. Efficiency: The Stardx667V has a high efficiency of approximately 52% which means less heat dissipation and lower power consumption.
3. Wide Frequency Coverage: It covers the HF ham bands from 1.8 to 54 MHz, allowing for versatile communication.
4. Build Quality: The amp is built with high-quality components and is known for its durability.
Cons:1. Size and Weight: The Texas Star Stardx667V is quite large and heavy, making it less portable and requiring a sturdy mounting solution.
2. Price: Compared to some other amplifiers on the market, the Stardx667V is relatively expensive.
3. Complex Setup: Some users have reported the setup process to be complex, with a steep learning curve.
4. Heat Dissipation: Despite its high efficiency, the amplifier still generates a significant amount of heat, requiring adequate cooling solutions.
Conclusion:The Texas Star Stardx667V Ham Radio Amplifier is a high-performance device suitable for long-distance ham radio communication. Its wide frequency coverage, high power output, and efficiency make it an appealing choice. However, its size, weight, price, and potentially complex setup might be deterrents for some users.
Recommendation:If you're looking for a powerful amplifier for long-distance communication and are willing to invest in a high-quality device, the Texas Star Stardx667V could be an excellent choice. However, if you're seeking a more portable solution or are on a tighter budget, you might want to consider other options with lower power outputs and more compact designs. Always ensure you have a good understanding of the setup process and the necessary cooling solutions before making your purchase.
4 x 100 4 70 280. Driver is also a NTE317. If you want 1 KW out of this amplifier I recommend to spend money on a 8 pill competition. Tested up to 400 watts PEP.
I was not trying to find the exact spot were transistors blow up. See pictures. More power on class C.