Millimeter-Wave Variable-Gain Linear Amplifier (18 to 43.5 GHz) with Analog Telemetry – ZVA-18443VG+

Millimeter-Wave Variable-Gain Linear Amplifier (18 to 43.5 GHz) with Analog Telemetry – ZVA-18443VG+

Millimeter-Wave Variable-Gain Linear Amplifier (18 to 43.5 GHz) with Analog Telemetry – ZVA-18443VG+ In this short practical demonstration, Mini-Circuits Product Line Engineering Manager, Daniel Ford introduces the ZVA-18443VG+ variable-gain linear amplifier operating from 18 to 43.5 GHz with a full suite of DC protections, monitoring and control features. Join Dan in the lab at Mini-Circuits’...
Read More
Build a Single-Sideband (SSB) Upconverter with Mini-Circuits Parts

Build a Single-Sideband (SSB) Upconverter with Mini-Circuits Parts

Build a Single-Sideband (SSB) Upconverter with Mini-Circuits Parts This video tutorial demonstrates how to build a high-performance single-sideband (SSB) upconverter system for X-band applications (8-12 GHz) utilizing Mini-Circuits’ SMIQ-series of GaAs MMIC IQ frequency mixers, low noise amplifiers (LNAs), high-rejection micro-ceramic filters, and several other discrete components making up the LO, IF and RF signal...
Read More
Watch: Mini-Circuits Phase-Stable Flex Cables in Action

Watch: Mini-Circuits Phase-Stable Flex Cables in Action

Watch: Mini-Circuits Phase-Stable Flex Cables in Action VIDEO TUTORIAL, Phase-Stable Flex Cables, Lab Demo of Phase Stability vs. Bend In this short introduction, Ryan Gonzalez, Mini-Circuits’ product line engineer for test accessories and interconnect products explains some of practical advantages of Mini-Circuits’ new CBN-series of premium phase-stable flex cables. To demonstrate what we mean by...
Read More

Mini-Circuits SMT Passives to 250W – Expanded Selection

Mini-Circuits SMT Passives to 250W - Expanded Selection 50 MHz TO 14.5 GHz, High-Power SMT Passives, Compact Stripline Couplers & Hybrids up to 250W Mini-Circuits’ surface-mount stripline couplers and 90° hybrids cover an operational frequency range of 50 MHz to 14.5 GHz. Coupler models feature greater than 2 decades of bandwidth and power handling up...
Read More
Phase-Stable Flexible Coaxial Cables for RF Test & Measurement

Phase-Stable Flexible Coaxial Cables for RF Test & Measurement

Phase-Stable Flexible Coaxial Cables for RF Test & Measurement In this short introdution, Ryan Gonzalez, Mini-Circuits’ product line engineer for test accessories and interconnect products explains some of practical advantages of Mini-Circuits’ new CBN-series of premium phase-stable flex cables. To demonstrate what we mean by phase stability, a 1-port and 2-port phase stability test is...
Read More
Additive Phase Noise Part 3

Additive Phase Noise Part 3

Additive Phase Noise Pt. 3 In the 3rd and final part of the Mini-Circuits series on amplifier additive phase noise testing at Mini-Circuits, they continue their investigation into cascaded amplifiers. Part 2 considered two identical amplifiers in series and four identical amplifiers in parallel. However, they were unable to demonstrate the improvement in 1/f noise...
Read More
Mini-Circuits New Model Alert: Ultra-Flat Gain LNA

Mini-Circuits New Model Alert: Ultra-Flat Gain LNA

Mini-Circuits New Model Alert: Ultra-Flat Gain LNA 2 GHz TO 30 GHz, Ultra-Flat Gain LNA, For Wideband Receiver Systems Mini-Circuits new  ZVE-0234LNX-K+ wideband amplifier is the perfect solution for sensitive wideband receiver systems where low noise performance and flat gain are critical parameters. This model is rated for operation from 2 to 30 GHz with...
Read More
Mini-Circuits Introduces New GaAs MMIC SP4T Absorptive Switch from DC to 30 GHz

Mini-Circuits Introduces New GaAs MMIC SP4T Absorptive Switch from DC to 30 GHz

Mini-Circuits Introduces New GaAs MMIC SP4T Absorptive Switch from DC to 30 GHz Mini-Circuits introduces the M4SWA4-34DR+, a GaAs MMIC SP4T absorptive switch with an internal driver designed for wideband operation from DC to 30 GHz. This switch enables fast, nanosecond switching across a wide frequency range with minimal gate lag effects. This model offers excellent isolation, high linearity,...
Read More