Ultra-Wideband Noise Parameter Measurements

2-67GHz Noise Measurements

Focus Microwaves introduces the first of its kind 2-67GHz ultra-wideband coaxial tuner, coupled with the new on-wafer noise module up to 67GHz for direct on-wafer noise measurements.

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Dynamic Load Pull

DLP Active Load Pull

Focus Microwaves' DLP is a cutting-edge platform for active load pull measurements up to 40GHz, supporting CW/pulsed signals and advanced modeling. It offers DC IV and pulsed IV options, ideal for comprehensive device testing.

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110-170GHz Noise Measurements

D-Band Noise Parameter System

Focus Microwaves’ noise parameter measurement system accurately extracts noise parameters for connectorized and bare die devices. It features input/output noise modules and a controller, ensuring fast, precise, and stable measurements.

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Harmonic Load Pull

120GHz Harmonic Load Pull

Explore the capabilities of our 120GHz Harmonic Load Pull system, leveraging Focus Microwaves' advanced DELTA series tuners. Optimize RF and microwave device performance through precise harmonic measurements and impedance tuning, crucial for applications in 5G, satellite communications, and beyond.

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Tri-State Pulsed-IV

Auriga TRI-STATE PIV

Due to asymmetrical time constants in GaN device charge traps, conventional pulsed characterization can't maintain fixed thermal and trapping states. A tri-state control with a pre-pulse at the gate and drain ensures consistent trap states during PIV characterization.

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Modulated Active Load Pull

RAPID VT

Focus Microwaves’ RAPID VT digital tuner supports 5G FR1 and IEEE 802.11ax standards with up to 1GHz load pull bandwidth. Using the NI PXIe-5842 transceiver, it tests high-bandwidth standards like 1024QAM 802.11ax, ideal for all design stages and various wideband applications.

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18-110GHz

Focus Phase Stable Cables

The Focus Phase Stable Assembly Cable offers exceptional phase and amplitude stability, low insertion loss, and robust environmental resistance, supporting frequencies from DC to 110GHz. Engineered for demanding applications, it ensures reliable performance under dynamic conditions.

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