Mini-Circuits

Modelithics Component Model Libraries

Start your next design with accurate models that take parasitic and substrate effects into account. Modelithics passive and active model libraries contain up-to-date, measurement-based models that are fully integrated with a variety of software applications.

Our unique Global Models™ for passive components are part-value and substrate scalable. Every model includes complete documentation detailing the test fixtures used, measurement conditions, and model-to-measurement data comparisons.

Mini-Circuits Model Download Request - Complimentary (free) use available to qualified requestors.

Vendor Part Number Modelithics Part Number Device Type Body Style Global Part Values Upr Validation Freq (GHz) Example Data Features
GVA-62+ AMPXP-MCL-GVA62plus-001 Amplifier SOT-89 18 NL, XP, SP
GVA-63+ AMPXP-MCL-GVA63plus-001 Amplifier SOT-89 18 NL, XP, SP
HFCN-2700 HPF-MCL-2700-001 Filter, High-Pass Ceramic 7 Model SS
HFCN-2700 HPF-MCL-2700-001-S Filter, High-Pass Ceramic 7 Model SS
PHA-1+ AMPXP-MCL-PHA1plus-001 Amplifier SOT-89 18 NL, XP, SP
RCAT ATT-MCL-RCAT-002-S Attenuator LZ1737 0-30 dB 10 Model VS, SS, PS
RCAT ATT-MCL-RCAT-001-S Attenuator LZ1737 0-30 dB 30 Model S-Parameters VS, SS
YAT ATT-MCL-YAT-002-S Attenuator MC1630 0-30 dB 10 Model VS, SS, PS
YAT ATT-MCL-YAT-001-S Attenuator MC1630 0-30 dB 30 Model S-Parameters VS, SS

Legend
BB - Broad Band Capacitor      FL - Flicker Noise (1/F)      IM - 3rd order IMD validated      LP - Load Pull      NL - Non-Linear      NP - Noise Parameter      PD - Pad de-embedding
OS - Orientation Selettable     PS - Pad Scaling             SS - Substrate Scalable             TS - Temperature Scalable      VS - Part Value Scalable/Selectable      BW - Bondwire de-embedding

Related Literature

Mini-Circuits and Modelithics Partner to provide RF & MW Attenuator Models

Broad-band Surface Mount Attenuators With Accurate Models     Abstract and Summary
As Presented at EDI CON, Beijing China, March 2013

Tiny Attenuators Set Levels To 18 GHz
As seen in Microwaves & RF

Understanding Noise Parameters Basics