2936-C In Stock

The 2936-C by Newport is an Optical Power Meter that is designed to accurately measure the optical power and energy of near monochrome or monochromatic sources. This power meter is equipped with a wide array of powerful features to cater to various measurement needs. One of the key strengths of the 2936-C is its intuitive menu-driven structure, which ensures ease of use when selecting measurement modes, features, and settings. This power meter features a 2-channel input optical meter that is compatible with detectors featuring 15-pin D-sub type connectors.

The 2936-C is particularly well-suited for applications involving pulsed sources and continuous wave measurements. It effectively supports production and testing processes related to fiber optics based sources and free space beams. For calibrated measurement applications, the 2936-C offers a host of convenient features. These include an impressive 250,000 internal data point storage capacity, a rapid 10 kHz measurement rate, and a high internal signal sampling rate of 250 kHz. The meter also comes equipped with RS-232 and USB interfaces, enabling easy data transfer and integration with external devices. Moreover, the meter offers triggering features that allow synchronization of both external events and measurements, enhancing precision and accuracy in various scenarios.

The 2936-C can be configured for rack mounting in two different setups, adding to its versatility and adaptability to various setups and environments. Its multiple measurement modes, including frequency, peak-to-peak, integrated, continuous, and single, further extend its utility for diverse applications. The power meter is designed to work seamlessly with various detector types, including pyroelectric, thermopile, and photodiode detectors. Additionally, it supports software suites like Windows and LabVIEW applications and drivers, ensuring smooth integration into existing setups and workflows. With a full-color TFT 5.6” LCD display, the 2936-C offers excellent visibility, making it easy for users to read and interpret measurement results with clarity and precision.