• Return to MiniCircuits.com
  • 
  • 
  • 
  • 
  • 
Mini-Circuits Blog
  • Engineering Resources
  • Industry Insights
  • Mini-Circuits Life
  • Special Update: COVID-19
Select Page
Selecting the Right Mixer for Your Application Using YONI -The Advanced Search Engine

Selecting the Right Mixer for Your Application Using YONI -The Advanced Search Engine

by minicircuitsadmin | Jun 20, 2015 | Engineering Resources, Frequency Mixers

In spite of advances in digital processing components enabling direct digital conversion at higher frequencies, heterodyne architectures are still often required to meet stringent spur performance and tight blocking specs, or coverage over broad frequency ranges. All...
How to Select a Mixer

How to Select a Mixer

by minicircuitsadmin | Jun 6, 2015 | Engineering Resources, Frequency Mixers

Select the proper mixer for your needs. There are hundreds of models available. Under-specify and face marginal performance, over-specify and pay for more than you need. Here’s the proper approach. Mixers are abundant in electronic systems ranging from...
Figure of Merit of Mixer Intermod Performance

Figure of Merit of Mixer Intermod Performance

by minicircuitsadmin | Jun 3, 2015 | Engineering Resources, Frequency Mixers

Introduction With increased demand on communication systems, today’s receivers and transmitters need to handle multiple carriers, some wanted and some unwanted. When these carriers arrive at the input of a mixer they combine with each other to generate intermodulation...
Novel Passive FET Mixers Provide Superior Dynamic Range

Novel Passive FET Mixers Provide Superior Dynamic Range

by minicircuitsadmin | Jun 2, 2015 | Engineering Resources, Frequency Mixers

The dual-double-balanced configuration of these FET mixers helps to improve dynamic range with reduced conversion loss and noise figure without expending DC bias. Recievers (Rxs) in support of the continually expanding wireless marketplace rely heavily on improved...
Improve Two-Tone, Third-Order Intermodulation Testing

Improve Two-Tone, Third-Order Intermodulation Testing

by minicircuitsadmin | Jun 1, 2015 | Engineering Resources, Frequency Mixers

First, it’s important to define the significance of input levels. Then, details on the measurement technique will be given. Two-tone, third-order intermodulation distortion (IM) expresses the degree of non-linearity of an electronic device that has a definable...
« Older Entries

Translate

Mini-Circuits

13 Neptune Ave
Brooklyn, NY 11235
+1 (718) 934 4500
sales@minicircuits.com
M-F - 7:00am - 5:30pm - ET

Tags

90 Degree Hybrid ADCs Amplifiers Applications Attenuator Balanced Amplifiers Baluns Bandpass Base Stations Bi-Phase Biasing Broadband Cables CATV Compression Darlington Die Digital Step Attenuator Directional Couplers DIY Drone Technology Dynamic Range Electronic Attenuator Electronic Line stretchers Engineering Equalizer ESD FAQ FET Filters Fixed Attenuators Fixed Attenuators/Terminators Flexure Test Frequency Doublers Frequency Mixer GPS GSM Handing Heat Sinking Hi-Rel High-Power High Power Amplifier High Power Limiters I&Q and QPSK Modulators/Demodulators Impedance Industry Insights Inside Mini-Circuits Intermodulation IP2 IP3 ISO 9001 Limiters Low Noise Amplifier Lowpass Filters LTCC LTE Manufacturing Matching Measurement Medical Applications MERA MMIC mmWave MNA Multipliers Network Analyzer Phase Phase Detectors Pin-Outs Power Handling Power Sensors Power Splitters/Combiners Production Material Programmable Attenuators / Solid State RF Switch / UVNA-63 User Guide Q/A Quadrature Quality Quantum Computing Quick-Lock Test Cables Radio History Reflectionless Filters RF Choke RF Transformers Ruggedized Test Cable Satellite Semiconductor Soldering Space Splicing Stability Storage Surface-Mount Switches Synthesizer TCD Terminations Terms & Definitions Test Board Theoretical Main Line Loss Transformers Transistor Ultra-Wideband UWB VCOs VNA Voltage Divider Network YONI
  • Return to MiniCircuits.com
  • Privacy Policy
  • © Mini-Circuits 2020 – All Rights Reserved