EasyManua.ls Logo

Kuhne electronic MKU 10 G4 User Manual

Kuhne electronic MKU 10 G4
16 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
Page #1 background imageLoading...
Page #1 background image
shop.kuhne-electronic.de
Kuhne electronic GmbH
Scheibenacker 3 Telefon: +49 (0) 9293 / 800640
95180 Berg Germany E-Mail: info@kuhne-electronic.de
Solutions for the wireless world
MKU 10 G4 - 3 cm Transverter
Seite / page 1
MKU 10 G4
Handbuch
Manual
24.02.2017
Question and Answer IconNeed help?

Do you have a question about the Kuhne electronic MKU 10 G4 and is the answer not in the manual?

Kuhne electronic MKU 10 G4 Specifications

General IconGeneral
BrandKuhne electronic
ModelMKU 10 G4
CategoryMedia Converter
LanguageEnglish

Summary

Technical Specifications

Performance Data

Detailed technical specifications including frequency ranges, power, and noise figures for the transverter.

Connectors and Pinouts

Connector Layout Diagram

Diagram illustrating the physical location and labels of all external connectors on the transverter.

Pin Function Description

Detailed explanation of the function for each pin on the transverter's external connectors.

LO/IF Configuration Settings

How to configure the Local Oscillator and Intermediate Frequency using internal jumpers.

System Block Diagram

Functional Overview

Schematic overview of the transverter's internal functional blocks and signal paths.

RX-TX Switching Modes

Control Methods

Information on switching between receive (RX) and transmit (TX) modes using PTT or IF cable.

10 MHz Reference Input

External Frequency Source Usage

Details on connecting and using an external 10 MHz frequency reference for enhanced stability.

Schematic Diagrams

Transverter Circuit Details

Detailed electronic circuit schematics for the MKU 10 G4 transverter.

Transverter Configurations

System Setup Examples

Illustrations of various system configurations including external power amplifiers.

Important Hints and Recommendations

Frequency Source Advice

Recommendations for suitable 10 MHz frequency sources for optimal performance.