Modeling an SPAD-based time-of-flight sensor
This paper presents the system-level simulation of a direct time-of-flight sensor with 64 single-photon avalanche diodes (SPADs), a time-to-digital converter, and a histogram counter using XMODEL.
This paper presents the system-level simulation of a direct time-of-flight sensor with 64 single-photon avalanche diodes (SPADs), a time-to-digital converter, and a histogram counter using XMODEL.
Here is a simple example of measuring the average power dissipation of a wireline transmitter using a 'meas_avg'
primitive.
This primitive can measure the average of an xreal-type signal within a given time interval, such as average power dissipation.
Scientific Analog is proud to sponsor, present, and exhibit at ASP-DAC 2024, held in Incheon, Korea on January 23-25.
UVM Testbench for LDOs, Modeling a Buffer with Variable Rise/Fall Delays, and More
XMODEL at DVCon US, Modeling D-PHY Transceivers, and More
Modeling a Buffer with Arbitrary Rising and Falling Transition Waveforms, and More
XMODEL at ASP-DAC 2024, Modeling Time-of-Flight Sensors, and More
Modeling a Thermal Sensor Circuit, Measuring the Transmitter Output Resistance, and More