Measurements presented in Application Note # AN-008 to show that HYPERLABS’ broadband linear amplifiers perform exceptionally well in PAM4 applications at 10Gbaud.
HYPERLABS Application Notes
Since 1992, HYPERLABS has been building industry-leading Test and Measurement equipment including ultra-broadband RF components, pulse generators, samplers, and cost-effective TDR and impedance analyzer equipment. During that time, we’ve learned a lot about test and measurement.
The Application Notes below contain technical information about our products and how to deploy them in your test setup.
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Application Note # AN-006 focuses on differential to single-ended conversion versus single-ended measurements. We will show that using a balun with a high Common Mode Rejection Ratio (CMRR) will be beneficial to the designer only if common mode signals are present on the differential signal.
AN-005: Novel Waveform Generation Using HL9404 Broadband Balun, HL9462 Z-Matched Pick-Off Tee, and HL9474 6dB Resistive Power Divider
Application Note # AN-005 demonstrates use of HYPERLABS’ broadband coaxial components as general-purpose analog signal processing components for the generation of novel time-domain waveforms.
AN-002: Differential S-parameter Measurements Using Single-Ended 2-Port Network Analyzer and HL9407 Ultra-Broadband Baluns
Application Note # AN-002 compares differential s-parameter measurements taken with a single-ended 2-port VNA and a pair of HYPERLABS broadband baluns against a 4-port VNA.
Application Note # AN-004 illustrates the step response and data response of our industry-leading HL940X Broadband Baluns.
Application Note # AN-001 shows the DC circuit model of HYPERLABS ultrabroadband baluns, which represent an evolution of the Marchand balun.