M1517N RADAR Transmitting Tube Magnetron

Frequency: Operates at a fixed frequency of 9410 ± 30 MHz, ensuring stable performance.

Peak Output Power: Delivers a powerful 25 kW, making it ideal for high-demand applications.

Cooling: Supports both natural and forced-air cooling for versatile installation options.

Mechanical Design: Lightweight at 1.5 kg, with an adaptable mounting position and minimal clearance requirements.

SKU: M1517N Category: Magnetron Tags: M1517N for radar systems, M1517N for ships, M1517N Magnetron, M1517N magnetron for vessels, M1517N radar component, M1517N system, marine magnetron, marine radar M1517N, radar magnetron

Description

The M1517N X-Band Magnetron is a fixed-frequency pulse magnetron offering improved operating life under most conditions. Operating at a frequency of 9410 ± 30 MHz, it delivers peak output power of 25 kW, making it ideal for high-performance applications such as radar and communication systems.

Key Features:

Peak Output Power: 25 kW for powerful signal transmission.
Stable Operating Frequency: 9410 ± 30 MHz ensures reliable signal performance.
Cooling Options: Designed for natural or forced-air cooling, offering flexibility in system integration.
Robust Mechanical Design: Weighing only 1.5 kg, it features a compact design that can be mounted in any position, with a minimum clearance of 50 mm from magnetic materials.
Cathode: Features an indirectly heated cathode with a pre-heating time of at least 60 seconds, ensuring reliable operation.

This M1517N Magnetron is built to withstand demanding conditions, with a maximum anode voltage of 8.5 kV and peak anode current reaching up to 10 A. Its robust design includes a reliable coupling system (UG-40B/U) and a 16-waveguide output that ensures efficient energy transfer. With a duty cycle of 0.0015 and a pulse duration of 2.0 ms, this magnetron maintains peak performance even in high-pressure environments.

Maximum Ratings include a heater voltage range from 5.7V to 6.9V and an anode current of 6.0–10 A, ensuring safety and operational stability. With tested compliance to strict electrical specifications, the M1517N ensures optimal performance in radar systems.