MENU
MENU
Products
Amplifiers
LO Driver Surface Mounts
LO Driver Bare Die/Modules
Baluns
Surface Mounts & Bare Die
Test & Measurement
Inverters
Bias Tees
Surface Mounts
Test & Measurement
Couplers
High Directivity Bridge
Stripline Directional
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
MMIC/Microlithic Surface Mounts
MMIC Bare Die/Modules
T3
Legacy
Multipliers
Passive x2
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
Adapters
DC Blocks
Limiter
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
Mixers
Multipliers
Power Dividers
Other
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
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
Baluns
Surface Mounts & Bare Die
Test & Measurement
Inverters
Bias Tees
Surface Mounts
Test & Measurement
Couplers
High Directivity Bridge
Stripline Directional
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
MMIC/Microlithic Surface Mounts
MMIC Bare Die/Modules
T3
Legacy
Multipliers
Passive x2
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
Adapters
DC Blocks
Limiter
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
Mixers
Multipliers
Power Dividers
Other
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
Company
About Us
Careers
News & Events
Podcast
Contact Us
Request a Quote
Contact Information
Sales Resources
Engineering Support
Order Now
Latest App Note:
IQ, Image Reject, & Single Sideband Mixer Primer
Latest App Note:
IQ, Image Reject, & Single Sideband Mixer Primer
Baluns Basics Primer
A Tutorial on Baluns, Balun Transformers, Magic-Ts, and 180° Hybrids
Mixer Basics Primer
A Tutorial for RF & Microwave Mixers
Mixer Basics Primer
A Tutorial for RF & Microwave Mixers
Microwave Power Dividers and Couplers Tutorial
Overview and Definition of Terms
T3 Mixer Primer
A Tutorial on High Linearity / High IP3 RF & Microwave Mixers
T3 Mixer Primer
A Tutorial on High Linearity / High IP3 RF & Microwave Mixers
Directivity and VSWR Measurements
Understanding Return Loss Measurements
A Novel Multi-Octave Differential Power Divider
A Novel Multi-Octave Differential Power Divider
Marki Thesis
Christopher Marki's Ph.D. Dissertation
START TYPING AND PRESS ENTER TO SEARCH FOR MARKI PRODUCTS.
