To meet the challenge of 3D sensing testing, Tektronix introduced the Keithley Model 2606B system source table SMU

Tektronix Technologies Inc., the world's leading provider of measurement solutions, today introduced the Keithley Model 2606B System SourceMeter Instrument, which integrates four 20W SMU channels into a 1U form factor chassis. The Model 2606B targets fast-growing 3D sensing. The manufacturing industry saves on limited rack space. In a highly integrated instrument, it combines the functions of precision voltage source, current source, 6-digit DMM, arbitrary waveform generator and pulse generator. With its patented technology. With a series-connected topology, the Model 2606B achieves up to 20,000 operations per second, making its range change faster, smoother, and faster output stability.

In the next few years, 3D sensing technology is expected to become increasingly common in consumer electronics devices such as smart phones, and will be widely deployed in various automotive and industrial applications. Based on VCSEL (vertical cavity surface emitting laser) technology Laser diodes form the core of 3D sensors and must be tested throughout the supply chain. As demand grows, manufacturers face the challenge of improving test capabilities while saving space. The compact shape of the Model 2606B means test engineers. And system integrators can significantly increase the channel capacity of each rack without adding more racks of test equipment.

The new Model 2606B is equivalent to using two Keithley Model 2602B system source tables to form a 4-channel, 1U full-rack unit. For many system integrators who test laser diodes, floor space is a critical parameter and upgrades to higher densities. The solution does not require the addition of a test equipment rack. The 1U form factor of the Model 2606B increases the density by a factor of 3 because there is no need to consider the heat dissipation interval between the units.

The Model 2606B provides accurate current and voltage sources, 6-bit measurement resolution and 0.015% basic measurement accuracy. These specifications are identical to the existing 2601B and 2602B models, ensuring measurement correlation between different models. It also uses The same analog I/O and TSP-Link connectors eliminate the need for different connectors and cables and help reduce test costs.