
( Brand: Phoenix Aerospace ), ( Manufacturer Part Number: DH-1030-24-1200-06 ), ( Compatible Model: Dh-1030-24-1200-cs 11d )
The DH-1030-24-1200-06 6130-01-406-2839 Transverter, manufactured by Phoenix Aerospace, is a high-performance radio frequency (RF) upconverter designed for use in amateur radio applications. This transverter operates in the 1200 MHz band and is compatible with a wide range of amateur radio transceivers.
The transverter is housed in a robust aluminum enclosure, measuring 7.75 inches (197mm) wide, 5.5 inches (139mm) deep, and 2.6 inches (66mm) tall. The enclosure is anodized for durability and features a sleek, modern design. The transverter's controls are located on the front panel, including a power switch, frequency control knob, and status indicator LEDs.
The DH-1030-24-1200-06 transverter is equipped with a high-quality, low-noise amplifier (LNA) to ensure maximum signal strength and clarity. The LNA is coupled with a high-frequency power amplifier (PA) and a prescaler, allowing for efficient and reliable RF upconversion. The transverter also includes a built-in automatic frequency control (AFC) system to maintain accurate frequency alignment with the host transceiver.
The transverter's frequency range is adjustable from 1030 to 1033 MHz, with a typical output frequency of 1200 MHz. The transverter is designed for use with a wide range of amateur radio transceivers, including but not limited to, the Yaesu FT-991A, Icom IC-7300, and Elecraft K3.
The DH-1030-24-1200-06 transverter is powered by a 12V DC input and consumes approximately 10 watts of power. The transverter is also equipped with a built-in temperature sensor to ensure safe operation under various environmental conditions.
In summary, the DH-1030-24-1200-06 6130-01-406-2839 Transverter is a high-performance RF upconverter designed for use in amateur radio applications. It features a robust aluminum enclosure, a high-quality LNA, a high-frequency PA, and a built-in AFC system. The transverter is compatible with a wide range of amateur radio transceivers and is powered by a 12V DC input. With its adjustable frequency range and efficient upconversion capabilities, the DH-1030-24-1200-06 transverter is an excellent choice for amateur radio operators looking to expand their operating capabilities in the 1200 MHz band.
The DH-1030-24-1200-06 6130-01-406-2830 transverter along with the DH-1030-24-1200-CS 11D Phoenix Aerospace kit is a setup primarily used in amateur radio for satellite communication. Let's examine its pros and cons:
Pros:1. Wideband coverage: The transverter covers a wide frequency range, enabling communication with various satellites.
2. High-quality components: Phoenix Aerospace is known for using high-quality components in its products, ensuring reliability and durability.
3. Flexibility: The transverter can be used with various satellite tracking systems, giving users more options.
4. Technical support: Phoenix Aerospace offers excellent technical support, which can be helpful for those with less experience in satellite communication.
Cons:1. Cost: The transverter and kit are quite expensive, which may be a deterrent for some users.
2. Complexity: Setting up and using the transverter requires a good understanding of satellite communication, which can be challenging for beginners.
3. Size and weight: The transverter and kit are relatively large and heavy, which may be inconvenient for portable operations.
In conclusion, the DH-1030-24-1200-06 6130-01-406-2830 transverter and DH-1030-24-1200-CS 11D Phoenix Aerospace kit are excellent choices for amateur radio enthusiasts interested in satellite communication. However, the high cost and complexity may be a concern for some users. It's essential to weigh these factors against the benefits before making a decision. If you have the necessary technical skills and budget, this setup can open up a new world of satellite communication opportunities.
Transverter dh cs 11d 2839may have slight markings from storage does not include: original packaging or certification fast tracked shipping.