Pendulum CNT-91R/AF | Frequency counter & calibrator, 3 GHz, 400 MHz/50 ps, graphic, incl. rubidium time base + CNT-OPT-10
Manufacturer number: CNT-91R/AF
Pendulum CNT-91R/AF | Frequency counter & calibrator, 3 GHz, 400 MHz/50 ps, graphic, incl. rubidium time base & option CNT-OPT-10.
Technical Data
AC input: | 100 VAC - 240 VAC, 50 Hz - 400 Hz (Nom.), < 50 W |
---|---|
Article number: | CNT-91R/AF |
Dimensions (L x W x H) (mm): | 395 x 210 x 90 |
Event Count (Totalize): | 250.000 |
Input impedance: | 1 MΩ parallel 20 pF or 50 Ω |
Interfaces: | USB, LAN |
Measurement functions: | Frequency, period, time range, phase, duty cycle, pulse duration, rise-fall time |
Measurement resolution (gate time): | 1,6 ns |
Measuring range HF (or MikroW) (GHz): | 3 |
Measuring range RF (MHz): | 400 |
Measuring resolution: | 12 digits/s |
Messwertstatistik: | current measured value, minimum, maximum, standard deviation |
Min. pulse width: | 50 ps |
Model: | CNT-91R Rubidium-Zeitreferenz mit Input C 3GHz |
Number of channels: | 3 |
Sensitivity: | 15 mVrms: 200 MHz / 25 mVrms: 200 MHz - 300 MHz / 35 mVrms: 300 MHz - 400 MHz |
Trigger source: | Intern, Extern, Bus, Manuel |
Warranty (years): | 3 |
Weakening: | Trigger Range: x10 / x1 |
Weight (kg): | 2.7 |
Documents & Downloads
Description
CNT-91R/AF | Frequency counter & calibrator, 3 GHz, 400 MHz/50 ps, graphic, incl. rubidium time base + CNT-OPT-10
The Pendulum CNT-91R is a state-of-the-art frequency analyzer and calibrator that stands out for its wide range of functions and high measurement accuracy. This device combines a frequency analyzer with an integrated rubidium oscillator that serves as a highly stable time base to perform precise measurements and calibrations. It covers a frequency range from 0.002 Hz up to 400 MHz, with optional extensions up to 20 GHz, depending on the configuration chosen.
The CNT-91R offers an exceptional measurement resolution of 50 picoseconds in the time domain and can perform frequency measurements with a resolution of up to 12 digits per second. Thanks to this precision, the device is able to efficiently detect and display even the smallest frequency changes, making it an indispensable tool in research, development and production.
One of the outstanding features of the CNT-91R is the ability to continuously transmit data during the measurement process. This enables dynamic analysis and measurement without dead time, which is particularly advantageous when capturing rapid signal changes or random events. The device's graphic display supports the optimal interpretation of the measurement results by showing them both numerically and in the form of histograms, trend lines and other statistical graphics.
For applications that require advanced analysis, the TimeView 3 modulation domain analysis software package is available. This software extends the measurement and statistical functions of the CNT-91R, enables the analysis of very fast time or frequency changes in real time and supports more complex signal types such as hopping frequencies, Doppler pulses and chirp radar signals.
The CNT-91R is designed for field use not only through its technical specifications but also through its robustness. It meets several military and industrial standards for shock and vibration resistance and is suitable for use in a variety of environmental conditions, which is underlined by its wide operating temperature and humidity range.
Product features:
- Time base: Integrated high-stability rubidium oscillator
- Frequency range: 0.002 Hz to 400 MHz
- Measurement resolution: 12 digits per second for frequency measurements, 50 picoseconds for time measurements
- Measurement speed: Up to 250,000 measurements per second
- Continuous data transmission during the measurement process for dynamic analysis
- Graphical display for optimal interpretation of the measurement results with histograms, trend lines and numerical statistics
- Programmable output frequency range from 0.5 Hz to 50 MHz
- Comprehensive measurement functions including event counting, frequency, period, time, phase, voltage, duty cycle, pulse duration, rise/fall time
- Zero dead time technology for accurate determination of the Allan deviation (ADEV)
- Interfaces: USB, GPIB for advanced connectivity and control
- Compatible with TimeView 3 modulation domain analysis software for advanced analysis capabilities
- High robustness according to military and industrial standards for shock and vibration testing