M-SERIES

M110

Magnetron modulator with a separated pulse and tank unit. Designed to handle magnetrons in the 1 MW to 3.1 MW range, delivering up to 8 kW of average power in a very compact enclosure. The M110 is an upgrade of our bestseller, the M100-i—about 20% lighter and 20% smaller than its predecessor. It also offers improved diagnostics and power factor correction.

RF peak power: 1 – 3.1 MW
Pulse voltage: 30 – 52 kV
Pulse current: 30 – 120 A
Modulator peak: 6.2 MW
Modulator avg.: 8 kW

Datasheet M110
3D – Model
ScandiNova M-Series

M110

M110 Size and Weight.

Weight approx.

Pulse Unit 36 kg
Tank Unit 62 kg
(incl. oil)

Pulse control leads to new possibilities.

All ScandiNova pulse modulators and pulse generators are equipped with a user-friendly and modern control system for calibration, diagnostics and adjustments. The system offers a wide range of different shape modifications. Amplitude, pulse width and frequency can easily be changed and visualized on the user friendly GUI. The system also provides an overview of status for key functionality/components, Trig, Interlocks and Real-time event log. With EtherCAT remote control (option) it is also possible to set different voltage levels for each individual pulse.

The control system for the Magnetron modulators (M-series) is operated by a PC interface.

ScandiNova’s M110 is a compact pulse modulator designed for system integration. It is optimized for a wide range of magnetrons with an RF peak power from 1.0 MW to 3.1 MW. To facilitate integration, the M110 features a split design with a Pulse Unit and a Tank Unit, allowing installation in a very compact enclosure. It is also equipped with active power factor correction.

The M110 is the perfect choice for radiotherapy and industrial users who need to drive lower-power magnetrons.

Key features.

  • Reliable modular design provides an exceptionally high level of operator and technician safety, thanks to low primary voltage levels. These low voltages also eliminate most component failures by reducing thermal and electrical stress.
  • Lower cost of ownership through high electrical efficiency, the elimination of expensive consumables requiring regular maintenance, and fewer unscheduled stops. The high efficiency also reduces cooling costs to roughly half that of a line-type pulse forming network modulator.
  • Precise pulse control allows users to optimize performance from their transmitter systems by adjusting pulse shape and amplitude. Both peak and average power delivery can be modified over time to meet evolving system requirements.
  • Comprehensive digital interfaces support system parameter adjustments and enable operating data to be communicated to the customer, simplifying system setup, performance monitoring, and data archiving.

Typical Magnetron Loads

BVERI

VE2110

NISSHINBO (NJRC)

M1603
M1466
MX7640
M1466N
M1466T

E2V

MG5193
MG6090
MG6493
MG7095

GLVAC

VE2110A
VE2098

GLM

GLM5193
GLM5810
GLM6090

MPP (CPI)

VMC3109
VMC3136

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