Model of the Month
Modeling a digital low-dropout (LDO) regulator
This application note explains how to model a basic digital LDO and simulate its line, load, reference transient and DC/AC regulation characteristics.

This application note explains how to model a basic digital LDO and simulate its line, load, reference transient and DC/AC regulation characteristics.
For high-pass filters, the 'gain' parameter of the 'filter' primitive does not directly define the passband gain. This Q&A post explains how to set its parameters correctly.
This core primitive of XMODEL can model a linear filter with arbitrary numbers of poles and zeros.
Analyzing the Power-Saving Benefits of DBI Encoding for High-Speed Transceivers and More
Measuring Open-Loop Transfer Function of DC-DC Converter, Extracting Charge-Pump Converter Models, and More
XMODEL at DAC 2025, Modeling an Asynchronous SAR-ADC, and More
Modeling NAND Flash Memory, Measuring Comparator's Offset, and More
Silicon Photonics Simulation with XMODEL, Measuring I-V Curves, and More