Jaw-dropping Kathrein Zug Uhf Antenne 410 - 470 Mhz K702021 Travel Size [Pjmhfcp1]

Top-Quality Kathrein Zug UHF Antenne 410-470 MHz

The Kathrein Zug UHF Antenne 410-470 MHz K702021 is a cutting-edge UHF antenna designed for optimal performance in railway applications. This broad-band antenna covers the essential 410-470 MHz frequency range, making it ideal for reliable communication between trains, locomotives, and railway infrastructure. With its compact and robust design, the K702021 is a versatile solution for a variety of railway communication needs.

• Broadband UHF Antenna: Designed for diverse railway applications in the 410-470 MHz frequency range.
• Miniature Size: Measuring only 50 x 50 cm, the antenna offers minimal surface area requirements.

Key Features and Specifications

The Kathrein K702021 Train-UHF-Antenne boasts an impressive range of features and specifications that make it a top choice for railway communication. This antenna offers a 1/4 λ design, providing a stable and efficient signal transmission with a gain of 0 dBd. It is compatible with a maximum power of 50 watts and operates at a 50 Ohm impedance, ensuring seamless integration into existing systems.

• Antenna Type: 1/4 λ design for stable signal transmission.
• Gain: 0 dBd for optimal signal reception and transmission.

Practical Applications and Reliability

The Kathrein K702021 Train-UHF-Antenne is a reliable and high-quality antenna, perfectly suited for various railway applications. Whether you need communication between locomotives and leaders, communication between trains, or emergency communication, this antenna delivers exceptional performance. Its simple installation process and impressive size (180 x 50 mm) make it an ideal choice for both personal and commercial trains, as well as railway infrastructure and emergency situations.

• Applications: Ideal for communication between trains, locomotives, and railway infrastructure.
• Emergency Communication: Reliable for use in Notsituationen, ensuring clear communication during critical moments.