| Brand | Narda |
|---|
Click Analyzer
The PMM CA0010 Click Analyzer is a four-channel measurement system designed to analyze discontinuous disturbances in full compliance with CISPR 14-1 and CISPR 16-1-1 standards. It features four independent frequency channels measuring simultaneously with an integrated 16A Line Impedance Stabilization Network (LISN). This solution minimizes test duration to the theoretical limit while ensuring maximum accuracy for EMC compliance.
Key Specifications & Features
- Measurement Channels: 4 independent channels operating simultaneously
- Compliance Standards: CISPR 14-1, IEC/EN55014-1, and CISPR 16-1-1
- Integrated LISN: Built-in two-lines 16A network
- Maximum Input Level: 140 dBμV (2 W) without damage
- Resolution: Full IF and QP history with 500us resolution
- Internal Calibration: CISPR 16-1-1 embedded click and pulse generator
- Hardware Components: Embedded preselector, attenuator, and preamplifier per channel
- Software: Includes free PCA PMM Click Analysis and PCG PMM Click Generation software
- CA0010 Four-channel Click Analyzer with integrated LISN and full CISPR calibrator Discontinuous disturbance (click) analysis
- Four independent frequency channels measuring simultaneously
- Each channel with embedded preselector, attenuator and preamplifier
- Designed to fully match CISPR 16-1-1 and CISPR 14-1 Standards
- Highly flexible selection of number of rates, quartiles and runs operating mode
Click Analyzer
The PMM CA0010 Click Analyzer represents the pinnacle of technology for discontinuous disturbances measurements, providing a comprehensive solution for modern EMC laboratories. By utilizing four independent frequency channels that measure simultaneously, the system significantly reduces total test time to the absolute minimum achievable. It is fully compliant with the latest versions of CISPR 14-1, IEC/EN55014-1, and CISPR 16-1-1, while remaining adaptable for future regulatory evolutions.
Each of the four measurement channels is equipped with its own dedicated preselector, attenuator, and preamplifier to ensure signal integrity across the spectrum. The unit features a compact yet sturdy construction, designed to withstand high input levels up to 140 dBμV without risk of damage. Users benefit from high flexibility in selecting the number of rates, quartiles, and runs, making it a versatile tool for diverse testing environments.
This series includes an integrated two-line 16A LISN and a dedicated user port for driving external LISNs when higher current or different configurations are required. The CA0010 supports both stand-alone and PC-driven operations, utilizing the included PCA PMM Click Analysis and PCG PMM Click Generation software suites. The system also features an embedded switch operation counting unit and a full CISPR 16-1-1 pulse generator for internal autocheck and calibration procedures.
Full CISPR Compliance
Designed to meet CISPR 14-1 and CISPR 16-1-1 standards for discontinuous disturbances.
High Input Protection
Handles maximum input levels up to 140 dBμV (2 W) to prevent hardware damage.
Comprehensive Software Suite
Includes free PMM Click Analysis and Generation software for PC-driven operations.
Integrated 16A LISN
Features a built-in two-line network for streamlined test setups without extra hardware.
Simultaneous Four-Channel Analysis
The CA0010 utilizes four independent measurement channels to capture discontinuous disturbances across the frequency range at once. Each channel contains its own preselector and preamplifier, allowing for high-resolution IF and QP history with 500us precision. This architecture ensures that compliance testing is completed in the shortest possible timeframe allowed by standards.
Integrated Calibration and LISN
Equipped with a built-in two-line 16A Line Impedance Stabilization Network, the analyzer is ready for immediate use in standard configurations. It also features an internal CISPR 16-1-1 pulse generator for self-calibration and autocheck routines. For specialized requirements, a dedicated user port allows the system to drive external LISNs seamlessly.
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