SPICEsim, the leading device-modeling solutions provider, has recently completed assembling an advanced lab for measurement and modeling services. Services include IV, CV, Noise, and RF measurement as well as device-level model generation services for BSIM, HiSIM and PSP for bulk, SOI, HV, RF, Noise and Reliability. SPICEsim has particular expertise with device level models for advance process geometries and extensive experience providing professional services in this area.

The lab, based in Manila, Philippines, consists of the most advanced equipment for measurement and modeling, including probe station with thermal control unit and isolation table, IV and CV meters, switched matrix, low noise amplifier, Spectrum Analyzer and Network Analyzer.

SPICE Simulation and Modeling Tools

• SIMetrix/SIMPLIS
• PSpice A/D

Customer Benefits

• Full covering of the device modeling area
• Full support of model types
• Extended modeling services
• Fully equipped device characterization lab
• High quality, fast turn-around time
• Long history with track records

Modeling Features

• Wide Range of Model Types - MOSFET, BJT, SOI, TFT, HVMOS, etc.
• Baseband to RF Data Measurement, Model Extraction, and Validation
• Macro Modeling
• Hot Carrier (HCI) and Negative Bias Temperature Instability (NBTI) Modeling
• Usability and Flexibility
• Flicker (1/f) Noise Measurement and Characterization

SPICE Modeling Methodology

1. The process of developing a model starts with receiving a device datasheet from the manufacturer.
2. The graphs on the datasheet are scanned, and device performance values are digitized from the scanned datasheets.
3. MODPEX extracts the model parameters through the use of an optimizer engine, which varies the model parameters to minimize the error of the model performance to the digitized data sheet performance values.
4. When the parameters are fully extracted, MODPEX tests the device and generates a datasheet of the model performance vs. the original datasheet values.

Standard turn-around time for a device model is 2-4 days from the receipt of the device datasheet and purchase order/credit card info/wire transfer.

Pricing varies slightly depending on the type of model required. Contact us for an exact quotation.

SPICEsim also generates custom subcircuit models such as op-amps and switch-mode power supply controllers, optocouplers, etc. These devices are more involved from an engineering perspective, and quoted by device. Please contact us with your requirements.

According to SPICEsim's Managing Partner, "Our investment in an advanced lab for measurement and device-level modeling is consistent with SPICEsim's mission to provide the finest solutions, services and support to our customers."

What is SIMetrix/SIMPLIS?

SIMetrix is a mixed-mode circuit simulation package designed for professional electronics engineers. SIMetrix comprises a substantially enhanced SPICE simulator, schematic editor and waveform viewer in a unified environment.

SIMetrix/SIMPLIS is an advanced software tool that enables efficient design of power electronics circuits. SIMetrix/SIMPLIS combines accuracy and convergence in a unique and powerful design environment, enabling 10-50x faster simulation for power supply designs.