Florida RF Labs/EMC Technology    
Florida RF Labs is an internationally recognized leader in the development and manufacture of high quality thin film microwave resistive products, and high reliability RF and microwave coaxial cable assemblies. Our products are used in military, space, commercial, broadcast and medical applications.
 

Modelithics™ Models for Florida RF Labs / EMC Technology


Modelithics Global Models™ reliably track how the performance of the components will change with substrate characteristics, as illustrated in the Global Model data sheet for each component. Global Models automatically scale all substrate-sensitive parasitics with nominal part value, enabling accurate simulations of a complete component family with a single model. The data sheet also demonstrates the good measured to modeled agreement that can be expected from using this model on the appropriate pads and substrate settings.

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

FREE S-Parameter data available by clicking on the links in the table below. One-time user registration required.

Vendor Part Number Modelithics Part Number Device Type Body Style Upr Validation Freq (GHz) Example Data Features
CE X XXX N XXX SMTF FEQ-FRF-CExxxxN0xxSMTF-001 - *1 Equalizer Chip 20 S-Parameters VS
CRxxxxD Available for Pre-Release Resistor 0402 - 1010 30 S-Parameters  
CTxxxxD Available for Pre-Release Resistor 0402 - 1310 30 S-Parameters  

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      BW - Bondwire de-embedding

1 - The EMC/RF Labs CE X XXX N XXX SMTF is a discontinued part number. The SLC Library part number FEQ-FRF-CExxxxN0xxSMTF-001 is the correct model for this device and is retained in the library for legacy-design purposes.