Exclusive Deal Gps Fixed Attenuator (at11) Top Brand [e1MIUSp8]

AT11 GPS Fixed Attenuator: Your Ultimate Navigation Solution

The AT11 GPS Fixed Attenuator is a versatile and essential device designed for precision applications in the L-Band channels of Global Navigation Satellite Systems (GNSS). This one-input, one-output RF device is tailored for optimal performance with GPS, Galileo, GLONASS, and QZSS systems. With a user-specified attenuation range from 1 to 25dB, the AT11 ensures precise control over signal levels. Its unique feature of passing or blocking the receive antenna LNA DC bias voltage adds to its adaptability. The AT11 is not just a device; it's a comprehensive solution for maintaining signal integrity in various GNSS applications.

Advanced Features and Technical Specifications

The AT11 GPS Fixed Attenuator stands out with its exceptional flat response and reverse isolation greater than 50dB, ensuring minimal signal distortion and high performance. The device is equipped to pass DC voltage to the antenna, providing flexibility in system design. Our ultra-flat response and high reverse isolation make the AT11 an ideal choice for critical applications where signal quality is paramount. For detailed technical specifications, refer to the AT11 Data Sheet.

Applications and Benefits

The AT11 GPS Fixed Attenuator is a versatile tool for a wide range of applications, from GPS receivers to test sets. Its ability to reduce input levels to a GPS receiver or test set via fixed attenuation is invaluable for maintaining signal quality. Whether you are working on a complex GNSS project or need to optimize signal levels in your daily operations, the AT11 is your go-to solution. With its advanced features and user-friendly design, the AT11 is perfect for professionals in the GNSS industry. Contact us at [email protected] or call +1 719-421-7300 for product pricing, available options, and technical support. Let the AT11 GPS Fixed Attenuator be your partner in achieving precision and reliability in your GNSS applications.