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Products
Amplifiers
LO Driver Surface Mounts
LO Driver Bare Die/Modules
Baluns
Test & Measurement
Surface Mounts
Inverters
Bias Tees
Surface Mounts
Modules
High Power
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
High Speed Data
Data Modules
Hybrids
90° Modules
Mixers
MMIC/Microlithic Surface Mounts
MMIC/Microlithic Bare Die/Modules
T3
IQ/IR/SSB
Legacy
Multipliers
Passive x2
Active x2/x4
NLTLs
Legacy
Power Dividers
High Directivity
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
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
Surface Mount Assembly Guide
Legacy Package Footprints
Legacy Package Outlines
Connector Options
Reliability
ADM-5929 Qualification
Amplifier QFN Reliability
Hybrid Mixer MTBF Data
Microlithic Qualification
T3 Mixer Qualification
Salt Atmosphere
Resources
RF & Microwave Knowledge Base
Mixer Search
RF Microwave Q & A
Technical Videos
Mixer Simulations
Spur Calculator
Return Loss Error Calculator
Conversion Tables
MMIC Overview
Company
About Us
Careers
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Contact Us
Request a Quote
Contact Information
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Engineering Support
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
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