Pendulum Instruments products

The CNT-104S Multi-Channel Frequency Analyzer by Pendulum Instruments represents a significant advancement in frequency and time-interval analysis technology for bench-top units. Capable of performing simultaneous parallel measurements of frequency, phase, or time on up to four input channels, it offers remarkable precision with a time resolution of less than 7 picoseconds and a frequency resolution of up to 13 digits per second. This analyzer operates at a measurement speed of 20 million results per second, making it one of the most high-performing analyzers for capturing rapid frequency and phase changes in real-time. The design features a large graphical color touch screen for intuitive operation, complemented by an intelligent auto-setup to minimize setup complexities. With provisions for remote control via Ethernet and optional wireless connectivity, the CNT-104S can integrate into diverse testing environments effectively. It supports a high degree of flexibility with multiple configuration options, including additional RF channel capabilities, various timebase oscillators, and optional pulse generators.

The CNT-102 Multi-Channel Frequency Analyzer by Pendulum Instruments is designed for high-performance frequency and time-interval analysis in a compact bench-top format. It allows simultaneous tracking of frequency, phase, or time on two input channels, providing a notable resolution of 14 ps and an impressive measuring speed of up to one million results per second. With gap-free measurements and a 13-digit/s frequency resolution, it stands out for its ability to accurately capture minute time and phase changes across two parallel signals. An optional RF input extends frequency measurement capabilities up to 24 GHz. The product features a color touch screen for intuitive operation and supports remote interfacing via Ethernet, WLAN, or USB. Its design minimizes the need for multiple instruments by enabling detailed phase comparisons and simultaneous frequency checks across different test points. The device's adaptable configuration options include additional channels and timebase choices, appealing to a variety of technical requirements and budgets.

The Pendulum CNT-90XL is designed for precision in the measurement, analysis, and calibration of microwave frequency, power, and pulsed RF parameters such as pulse width and pulse repetition interval (PRI). Suited for applications in test systems, research, and calibration labs, its high resolution and ultra-fast capabilities make it a premier choice in microwave analysis. It features an optional pulsed RF measurement capability, enhancing its utility in radar test and calibration by providing measurements of short pulses, burst frequency, and burst power. The CNT-90XL's graphical user interface is intuitive, minimizing setup errors and offering a rich visualization of data through histograms and trend analysis. Its ability to rapidly acquire up to 250,000 frequency samples per second complements its statistical analysis functionalities. With a unique battery option, it supports extensive fieldwork with up to 4.5 hours of operation, offering versatility in diverse environments and applications.

The Pendulum FTR-210R GNSS-disciplined Rubidium Frequency and Time Reference provides stability akin to Cesium standards by leveraging GNSS-based disciplining. It features seven standard outputs, including 10 MHz, 5 MHz, and 1 pps, and can be expanded with up to four extra outputs plus a programmable 100 MHz pulse option. The device integrates an independent frequency calibrator, ensuring traceability to GPS time scale and NIST standards, thus eliminating the need for frequent calibration from metrology labs. It offers ultra-high frequency stability with minimal long-term aging when used as a standalone frequency standard. Its GNSS time reference output maintains close alignment with UTC, with minimal drift. The FTR-210R is configurable with multiple outputs, supporting various testing equipment, and offers an optional programmable pulse. Its robust measurement performance includes a range from frequency to time interval error, providing 14 ps resolution and 12-13 digit frequency accuracy. The device is suitable for both local and remote operations, and it produces traceable calibration protocols, maintaining a continuous comparison with primary standards.

The GPS-12R/HS is a portable frequency standard offering high precision and stability at a competitive price. It is synchronized to the GPS satellite system and is equipped with a Rubidium atomic clock, ensuring both short-term and long-term frequency stability. This device provides traceable Cesium-like stability with minimal phase drift during holdovers, thanks to its built-in Cesium-controlled standards. It caters to a wide range of applications, serving as a calibration reference or as a master clock for test instruments. The GPS-12R/HS is ideal for metrology, radar systems, and digital broadcasting, offering seamless synchronization for SMPTE time-code generators. Standard outputs include 10MHz, 5MHz, and 1.544 MHz or 2.048 MHz, with additional customizable outputs for specific needs. Its portability and battery operation make it suitable for field applications, such as telecommunications and public utilities, ensuring consistent performance without the need for AC mains. User-friendly front-panel controls and multilingual settings further enhance its usability.