RF-KIT Electronics
Palm Asri 1 Blok B1 No.6-7
Slawi, Kab. Tegal
52451 Tegal
Connecticut
Indonesia
081903039898
 sales@rf-kit.com

MRF1K50H 1500W RF Power Transistor

Reference : MRF1K50H

NXP MRF1K50H 1500W RF Power Transistor combines the highest RF output power with superior ruggedness and thermal performance. The transistor is designed to deliver 1.50kW CW at 50V and reduces the number of transistors in high-power RF amplifiers.

Rp 3,800,000 (Tax incl.)


More info -

NXP MRF1K50H 1500W RF Power Transistor combines the highest RF output power with superior ruggedness and thermal performance. The transistor is designed to deliver 1.50kW CW at 50V and reduces the number of transistors in high-power RF amplifiers. MRF1K50H has an unmatched input and output design allows for wide frequency range use from 1.8 to 500MHz. Applications include laser and plasma sources to particle accelerators, industrial welding machines, radio and VHF TV broadcast transmitters, and amateur radio linear amplifiers.

Features

  • High Drain-source Avalanche Energy Absorption Capability
  • Unmatched Input and Output Allowing Wide Frequency Range Utilization
  • Device Can Be Used Single-Ended or in a Push-Pull Configuration
  • Characterized from 30 to 50V for Ease of Use
  • Suitable for Linear Application
  • Integrated ESD Protection with Greater Negative Gate-Source Voltage Range for Improved Class C Operation
  • RoHS Compliant

Technical

  • Unmatched Input and Output
  • Push-Pull
  • Housed in an NI-1230 air-cavity ceramic package
  • Extreme Ruggedness: 65:1 VSWR

Applications

  • Industrial, Scientific, Medical (ISM)
    • Laser generation
    • Plasma etching
    • Particle accelerators
    • MRI and other medical applications
    • Industrial heating, welding and drying systems
  • Broadcast
    • Radio broadcast
    • VHF TV broadcast
  • Aerospace
    • VHF omnidirectional range (VOR)
    • HF and VHF communications
    • Weather radar
  • Mobile Radio
    • VHF and UHF base stations

Products in same category

This site uses cookies to personalize content.