MENUMENU
  • Products

    • Amplifiers


      • LO Driver Surface Mounts

      • LO Driver Bare Die/Modules

      • Gain Blocks Bare Die

    • Baluns


      • Surface Mounts & Bare Die

      • Test & Measurement

      • High Isolation

      • Inverters
    • Bias Tees


      • Surface Mounts

      • Test & Measurement

    • Couplers


      • NEW: Elite Stripline Directional

      • Stripline Directional

      • High Directivity Bridge

      • Low Loss High Power

      • Dual Directional

      • Pick-Off Tees
    • Equalizers


      • Surface Mounts

      • Bare Die/Modules

    • Filters


      • Lowpass

      • Highpass

      • Bandpass

      • Diplexers
    • Hybrids


      • 90° Surface Mounts

      • 90° Bare Die/Modules

    • IQ Mixers


      • MMIC Surface Mounts

      • MMIC Bare Die/Modules

      • Legacy IQ/IR/SSB

    • Mixers


      • Mixer Search

      • MMIC/Microlithic Surface Mounts

      • MMIC Bare Die/Modules

      • T3

      • Legacy

    • Multipliers


      • Passive x2/x4

      • Active x2/x4

      • NLTL Comb Generators

      • Legacy

    • Power Dividers


      • High Isolation

      • Wilkinson 1:2

      • Wilkinson 1:3

      • Wilkinson 1:4

      • Resistive 1:2

    • Other Products


      • Attenuators

      • Adapters

      • DC Blocks

      • Limiters

      • NEW: Switches

      • Thumbwheel

      • NRND & Obsolete
  • Engineering

    • Application Notes


      • Balun Basics Primer

      • IQ/IR/SSB Mixer Primer

      • Mixer Basics Primer

      • Power Dividers & Directional Couplers Primer

      • T3 Mixers Primer

      • Directivity and VSWR Measurements

      • 180° Power Divider Whitepaper

      • Christopher Marki's Ph.D. Dissertation
    • Tech Notes


      • Amplifiers

      • Baluns

      • Bias Tees

      • Directional Couplers

      • IQ-IR-SSB Mixers

      • Limiters

      • Mixers

      • Multipliers

      • Power Dividers

      • Other Products

      • Transmit/Receive/Synth Architectures

    • Package & Layout


      • 3D CAD Models

      • Surface Mount Assembly Guide

      • Legacy Package Footprints

      • Legacy Package Outlines

      • Connector Options
    • Reliability


      • Product Qualification Summaries

      • Reliability Test Summaries

    • Resources


      • Work From Home Resources

      • Webinars

      • Technical Videos

      • Mixer Search

      • Recommended Amplifiers for Mixers

      • Non-Linear Device Models

      • RF & Microwave Knowledge Base

      • RF Microwave Q & A

      • Spur Calculator

      • Return Loss Error Calculator

      • Conversion Tables

      • Markets

      • MMIC Overview

      • RF Tools

      • Product Search

  • Company

    • About Us
    • Careers
    • News & Events
    • Podcast
  • Contact Us

    • Request a Quote
    • Contact Information
    • Sales Resources
    • Engineering Support
  • Order Now

  • Products

    • Amplifiers


      • LO Driver Surface Mounts

      • LO Driver Bare Die/Modules

      • Gain Blocks Bare Die

    • Baluns


      • Surface Mounts & Bare Die

      • Test & Measurement

      • High Isolation

      • Inverters
    • Bias Tees


      • Surface Mounts

      • Test & Measurement

    • Couplers


      • NEW: Elite Stripline Directional

      • Stripline Directional

      • High Directivity Bridge

      • Low Loss High Power

      • Dual Directional

      • Pick-Off Tees
    • Equalizers


      • Surface Mounts

      • Bare Die/Modules

    • Filters


      • Lowpass

      • Highpass

      • Bandpass

      • Diplexers
    • Hybrids


      • 90° Surface Mounts

      • 90° Bare Die/Modules

    • IQ Mixers


      • MMIC Surface Mounts

      • MMIC Bare Die/Modules

      • Legacy IQ/IR/SSB

    • Mixers


      • Mixer Search

      • MMIC/Microlithic Surface Mounts

      • MMIC Bare Die/Modules

      • T3

      • Legacy

    • Multipliers


      • Passive x2/x4

      • Active x2/x4

      • NLTL Comb Generators

      • Legacy

    • Power Dividers


      • High Isolation

      • Wilkinson 1:2

      • Wilkinson 1:3

      • Wilkinson 1:4

      • Resistive 1:2

    • Other Products


      • Attenuators

      • Adapters

      • DC Blocks

      • Limiters

      • NEW: Switches

      • Thumbwheel

      • NRND & Obsolete
  • Engineering

    • Application Notes


      • Balun Basics Primer

      • IQ/IR/SSB Mixer Primer

      • Mixer Basics Primer

      • Power Dividers & Directional Couplers Primer

      • T3 Mixers Primer

      • Directivity and VSWR Measurements

      • 180° Power Divider Whitepaper

      • Christopher Marki’s Ph.D. Dissertation
    • Tech Notes


      • Amplifiers

      • Baluns

      • Bias Tees

      • Directional Couplers

      • IQ-IR-SSB Mixers

      • Limiters

      • Mixers

      • Multipliers

      • Power Dividers

      • Other Products

      • Transmit/Receive/Synth Architectures

    • Package & Layout


      • 3D CAD Models

      • Surface Mount Assembly Guide

      • Legacy Package Footprints

      • Legacy Package Outlines

      • Connector Options
    • Reliability


      • Product Qualification Summaries

      • Reliability Test Summaries

    • Resources


      • Work From Home Resources

      • Webinars

      • Technical Videos

      • Mixer Search

      • Recommended Amplifiers for Mixers

      • Non-Linear Device Models

      • RF & Microwave Knowledge Base

      • RF Microwave Q & A

      • Spur Calculator

      • Return Loss Error Calculator

      • Conversion Tables

      • Markets

      • MMIC Overview

      • RF Tools

      • Product Search

  • Company

    • About Us
    • Careers
    • News & Events
    • Podcast
  • Contact Us

    • Request a Quote
    • Contact Information
    • Sales Resources
    • Engineering Support
  • Order Now

Archives

Monthly Archive for: "October, 2019"
Home /
 Balanced Circuits to Improve Frequency Comb Generation with Nonlinear Transmission Lines
0
29
By Marki Microwave
In Multipliers
Posted October 11, 2019

Balanced Circuits to Improve Frequency Comb Generation with Nonlinear Transmission Lines

by Harley Berman   The Nonlinear Transmission Line (NLTL) is well known as a generator of high order frequency multiples with good efficiency and ultra-low phase noise. One major [...]

READ MORE
 4 Ways to Implement a High Isolation Duplexer for a Transceiver
0
26
By Marki Microwave
In Filters/Diplexers, Transmit/Receive/Synthesizer Architectures, Uncategorized
Posted October 11, 2019

4 Ways to Implement a High Isolation Duplexer for a Transceiver

by Harley Berman   In a transceiver design, it can be advantageous to use a single antenna for both transmitting and receiving signals instead of two separate antennas.  The process of [...]

READ MORE
 Cryogenic Performance of Marki Microwave Products
0
33
By Marki Microwave
In Baluns, Bias Tees, Directional Couplers, Filters/Diplexers, Power Dividers, Quadrature Hybrids
Posted October 11, 2019

Cryogenic Performance of Marki Microwave Products

Several times per month we are asked about the feasibility of using Marki Microwave products at cryogenic temperatures for various research applications. Many customers have purchased various [...]

READ MORE
GO TO ALL TECH NOTES
  • Tech Notes
Search Tech Notes
Generic selectors
Exact matches only
Search in title
Search in content
Filter by Categories
Amplifiers
Baluns
Bias Tees
Directional Couplers
Filters/Diplexers
IQ-IR-SSB Mixers
Limiters
Mixers
Multipliers
Power Dividers
Quadrature Hybrids
Transmit/Receive/Synthesizer Architectures
Uncategorized
Marki Products
  • Amplifiers
  • Baluns
  • Bias Tees
  • Couplers
  • Equalizers
  • Filters/Diplexers
  • High Speed Data
  • Hybrids
  • IQ/IR/SSB Mixers
  • Mixers
  • Multipliers
  • Power Dividers
  • Contact Us

Site Map | Privacy Policy | Copyright © 2018-2021 Marki Microwave, Inc. All Rights Reserved.

START TYPING AND PRESS ENTER TO SEARCH FOR MARKI PRODUCTS.