1.3GHz 5.2kW state power source

MODEL: GME1P53

Specifications:5.2KW State Power Source  Professional used for scientific experiments or particle acceleration, etc.

Cooling method, liquid cooling

Frequency:  1.3GHz

Outputpower:≥5.2kw

Product introduction:5.2kw state power source  is mainly consisting of six parts, i.e.,   power amplifier (PA) unit, central control unit (CCU), power supply control unit (PSCU), switching mode power supply (SMPS), passive components (divider, combiner,waveguide , directional coupler, etc.) and cooling system. Its appearance and internal structure are shown on left.

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Overview

The GME1P523 1.3G 5.2kw solid-state power source mainly consists of: preamplifier control unit, switching power supply components, RF system (including power amplification unit, distributor, synthesizer, directional coupler, etc.), control system, cooling system, and power distribution.

Features

The 5.2kw solid-state power source has a reasonable overall structure and beautiful layout. The preamplifier and control system are placed separately from the amplifier unit to meet the design requirements of electromagnetic compatibility
Adopting a modular design, transportation and installation are very convenient;
The heat dissipation method for the entire machine and its components is liquid cooling;
The whole machine is made of corrosion-resistant materials to adapt to different usage environments;
The water connector of the power amplifier unit adopts imported quick connectors, which have high reliability.

No.

Content

Parameters

1

Mode

Continua wave and pulse

2

pulse

Different pulses

0~10Hz

Duty cycle0.1%到100%

Adjustable amplitude

Rising edge and falling edge

≤1us

3

Bandwidth

+/-1MHz(center frequency 1.3GHz)

4

Power flatness

<5%(1300 MHz +/- 100 kHz)

5

Phrase flatness

<5˚(1300 MHz +/- 100 kHz)

6

Delay time

<300ns

7

Gain

 >67.16dB

8

Output power

 P1dB>5.2kW

9

Gain/power change rate

 <1dB

10

Phrase/power change rate

 <10 ˚

11

Open-loop phase stability

 <0.1˚(pp)

12

Open-loop amplitude stability

 <0.1%(pp)

13

Phrase noise

  <-80dBc/Hz。

14

stray

  <-70dBc

15

Harmonic

  <-30dBc

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