The Pendulum CNT-102 is a new affordable model in the CNT-100 family for super-performance Multi-channel frequency and time-interval analysis in a bench-top unit. You can track parallel frequency, phase, or time simultaneously on 2 input channels on the large graphic screen. These instruments feature gap-free measurements, and have 14 ps resolution, up to 13 digits/s frequency resolution, and a measuring speed of 1M results/s. CNT-102 outperforms any competing Timer/Counter/Analyzer on the market.

The Pendulum CNT-104S Multi-Channel Frequency Analyzer is a revolutionary new concept for super-performance multichannel frequency and time-interval analysis in a bench-top unit. You can track parallel frequency, phase or time simultaneously on 4 input channels on the large graphic screen. These instruments feature gap-free measurements, and have <7 ps resolution time resolution, up to 13 digits/s frequency resolution, and a measuring speed of 20M results/s. CNT-104S can replace and outperform any existing Timer/Counter/Analyzer on the market.

The CNT-91R/AF Frequency Reference/Calibrator/Analyzer features a combination of a multi-output Rubidium Frequency Reference and a high-resolution Frequency Counter/Analyzer, creating a dynamic measurement, analysis, and calibration system

The CNT-91R Frequency Calibrator/Analyzer is an all-inclusive high-performance calibrator of frequency sources, that combines high-resolution measurements and advanced analysis, and a built-in ultra-stable Rubidium atomic reference clock.

The CNT-91 Frequency Timer/Counter/Analyzer, is the highest performance counter for measurement, analysis and calibration of frequency, time interval and phase. In production test systems, R&D, calibration lab, or in the field; the CNT-91 outperforms any counter on the market for speed, resolution, statistical analysis and processing capabilities.

Pendulum Microwave Counter/Analyzers are well-known industry-leading instruments for measurement, analysis and calibration of Microwave Frequency, Power, and Pulsed RF time parameters like pulse width and PRI.

The CNT-90 Frequency Timer/Counter/Analyzer is excellent for measurement, analysis and calibration of frequency, time, or phase. In production test systems, R&D, the calibration lab, or in the field.

Fiber distribution unit: In: 1 opto+ 1BNC, Out: 1 opto+ 4 BNC, 10 MHz incl power supply

Fiber distribution base unit FDA-301/11000: In: 1 opto & 1 BNC (10 MHz). No output modules. At least one output module must be ordered with the base unit.

The Pendulum/Detectus series of EMC-Scanners are powerful pre-compliance tools for measurement and analysis of Electro-Magnetic Interference (EMI). The Scanners feature repetitive high-resolution scanning of emission (and optionally also immunity) down to 25 μm steps. You can scan even inside an IC (option).

The frequency range is 3, 6 or 10 GHz with the Pendulum near-field probes kits but can be extended by using third parties’ probe kits. The system has no built-in limitation so if your spectrum analyzer and probes can handle it, you can measure from DC to daylight.

The powerful Detectus scanning SW (DSS) is an outstanding easy-to-use scanning SW for control of the scan process, visualization, and documentation of results. The driver library supports hundreds of Spectrum Analyzers, and we continuously add new models from leading manufacturers.

The scanners come in different sizes to accommodate test objects of various sizes. Scanning can be made in 2D, 3D, or even 4D (3D movement plus 0-360° rotation of the probe head).

The Pendulum/Detectus series of EMC-Scanners are powerful pre-compliance tools for measurement and analysis of Electro-Magnetic Interference (EMI). The SCN series EMC Scanners with 2D, or 4D scanning feature repetitive high-resolution scanning of emission (and optionally also immunity) down to 0.1 mm steps.

The frequency range is 3, 6 or 10 GHz with the Pendulum near-field probes kits but can be extended by using third-party probe kits. The system has no built-in limitation so if your spectrum analyzer and probes can handle it, you can measure from DC to daylight.

The scanners come in different sizes to accommodate test objects of various sizes. Scanning can be made in 2D, 3D, or even 4D (3D movement plus rotation around the probe axis):

The scan table comes in four basic sizes (WxDxH):
200×100 mm (2D scanning without Z-axis and probe rotation)
200x100x100 mm (4D = 3D scanning with probe rotation)
300x200x100 mm (4D = 3D scanning with probe rotation)
600x400x300 mm (4D = 3D scanning with probe rotation)

The powerful Detectus scanning SW (DSS) is an outstanding easy-to-use scanning SW for control of the scan process, visualization, and documentation of results. The driver library supports hundreds of Spectrum Analyzers, and we continuously add new models from leading manufacturers.

We offer a wide range of Dual-Channel High-Voltage Linear Amplifiers to suit any performance demand for Output voltage, Output current, Speed/Bandwidth and/or budget.

We offer a wide range of Single-Channel High-Voltage Linear Amplifiers to suit any performance demand for Output voltage, Output current, Speed/Bandwidth and/or budget.

The GPS-12R/HS frequency standard offers traceable Cesium-like stability at a very attractive price. Synchronized to the GPS satellite system, the GPS-12R/HS provides both short and long–term high time and frequency stability, assuring precision and accuracy.

The Pendulum Frequency References; model 6689 with a Rubidium clock and model 6688 with a high-stability oven-controlled crystal oscillator, are designed for use in test systems, where a very high stability frequency reference is required and where multiple instruments or testers need to be supplied.

The GPS-controlled frequency standards deliver a precision frequency and time reference, everywhere in the world. They receive their long-term frequency stability from built-in atomic clocks in the GPS satellites. The GPS-88/89 are designed to provide a very high short-term frequency stability via high-quality local oscillators.