Highland Technology announces the latest release in its line of standalone test and measurement modules, the P620 Resistance Simulator. The P620 includes six independent, isolated channels that can simulate platinum RTDs and resistances ranging from 5 ohms to 5Mohms. It uses entirely solid-state simulation to eliminate transient errors associated with relay switching and provides for monotonic resistance changes.

The latest release in the Highland Technology line of VME test and measurement modules is the V410 RTD/resistance Input Module. The V410 features 16 independent channels configurable for 2-wire, 3-wire, and 4-wire resistance measurement and capable of measuring from 1 Ohm to 3 MegOhms.

The Highland Technology PH200 is the first product in the 'PH' series of extreme-performance photonic instruments. The PH200 Nanowatt Photoreceiver, designed in collaboration with Phil Hobbs, is a free-space optical/electrical converter that provides near shot noise performance in a rugged, compact package. The unique photon feedback architecture delivers a bandwidth greater than 1 MHz, with an unprecedented combination of linearity, bandwidth, a...

The Highland Technology PH200 is the first product in the 'PH' series of extreme-performance photonic instruments. The PH200 Nanowatt Photoreceiver, designed in collaboration with Phil Hobbs, is a free-space optical/electrical converter that provides near shot noise performance in a rugged, compact package. The unique photon feedback architecture delivers a bandwidth greater than 1 MHz, with an unprecedented combination of linearity, bandwidth, a...

The new V490 VME multi-range digitizer offers 16 channels of differential analog input acquisition. Each channel is independently programmable for input range, sample rate, operating modes, and digital lowpass filtering.

Highland adds a multipurpose digital fanout buffer to its line of photonics products. As either a benchtop instrument or an OEM assembly, the P730 is compatible with CMOS, TTL, CMOS, LVDS, NECL, PECL, NIM and sine wave systems.