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N5247A PNA-X Microwave Network Analyzer, 10MHz-67GHz
Category:
Network analyzer
Desktop network analyzer
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- Commodity name: N5247A PNA-X Microwave Network Analyzer, 10MHz-67GHz
Key Technical Specifications
- Frequency Range : 10MHz to 67GHz, covering a wide range of radio frequency and microwave bands to meet the testing needs of various devices.
- Port and Source Configuration : Available in 2-port or 4-port configurations, with two built-in signal sources. Supports a 4-port 110GHz single-sweep solution, offering excellent configurability for various complex test scenarios.
- Dynamic Range : The system dynamic range is 110dB, enabling accurate measurement of weak and strong signals, effectively distinguishing signals of different amplitudes.
- Measurement Points and Channels : Supports 32,001 measurement points and 200 channels for detailed and comprehensive analysis of the device under test.
- Intermediate Frequency Bandwidth : 15MHz intermediate frequency bandwidth helps optimize measurement speed and resolution.
- Output Power and Harmonics : High output power, up to +10dBm at 67GHz, with a power scan range of 40dB and harmonic distortion as low as -60dBc, providing high-purity test signal excitation.
- Receiver Compression : At 67GHz, 0.1dB receiver compression is +11dBm, ensuring accurate measurements at different power levels.
Functional Characteristics
- Rich Measurement Functions : It can perform measurements of various parameters such as S-parameters (continuous wave and pulse modes), noise figure, gain compression, intermodulation distortion, harmonic distortion, conversion gain/loss, etc. It also supports true differential stimulus, millimeter-wave measurement, nonlinear waveform, and X-parameter characterization, enabling comprehensive performance evaluation of the device under test.
- Calibration Function : Supports various calibration methods, including electronic calibration kit (ECal) calibration, enabling fast and high-precision calibration to ensure the accuracy and reliability of measurement results.
Application Scenarios
- Wireless Communication : In the research and development and production of wireless communication technologies such as 5G and Wi-Fi, it can be used to test the performance of radio frequency front-end modules, filters, power amplifiers, and antennas, ensuring that they meet relevant standards and specifications, and helping to optimize the performance of wireless communication systems.
- Microwave and Millimeter-Wave Device Testing : Suitable for the research, development, and production testing of various microwave devices such as microwave oscillators, mixers, attenuators, and phase shifters, as well as millimeter-wave devices. It can accurately measure their various performance parameters, providing strong support for device design optimization and quality control.
- Aerospace and Defense : In military applications such as radar systems, satellite communications, and electronic warfare, it can be used to test the performance of antennas, radio frequency components, and systems, meeting the strict requirements of military equipment for high-precision and high-reliability radio frequency testing, such as directionality measurement of radar antennas and linearity and noise performance evaluation of radio frequency transceiver components.
- Semiconductor Industry : In the semiconductor chip manufacturing process, it can be used to test on-chip radio frequency devices and packaged radio frequency modules, helping chip design engineers extract high-frequency parameters of devices, optimize chip design schemes, and improve the radio frequency performance and reliability of chips.
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Options Description Application Scenarios 008 Pulse - RF Measurement Used for measuring and analyzing radio frequency pulse signals, such as pulse modulation signals in radar systems and communication systems. 010 Time Domain Measurement Suitable for analyzing the characteristics of signals in the time domain, such as measuring parameters like rise time, fall time, and pulse width. Useful for time-domain analysis of high-speed digital signals and pulse signals. 020 Add Intermediate Frequency Input Used when an external intermediate frequency signal needs to be connected for further processing or analysis. It can be used with external intermediate frequency filters, amplifiers, etc. 021 Add Pulse Modulator to Internal Source 1 Suitable for tests requiring pulse modulation of the first source. Often used to simulate the transmission and processing of pulse signals in devices. 022 Add Pulse Modulator to Internal Source 2 Suitable for tests requiring pulse modulation of the second source. Often used to simulate the transmission and processing of pulse signals in devices. 025 Add Four Internal Pulse Generators For scenarios requiring multiple pulse signals for excitation or testing, such as testing the timing characteristics of digital circuits or pulse-driven sensors. 028 Noise Figure Measurement Using Standard Receiver Specifically used for measuring the noise figure of devices or systems. Used in RF circuit design and communication systems to evaluate noise performance. 029 Noise Figure Measurement Fully Calibrated to 26.5 GHz Used in scenarios requiring high-precision noise figure measurement with a frequency range up to 26.5 GHz. Often used for testing devices or systems in the millimeter-wave band. 080 Frequency Offset Measurement Used to measure the frequency offset characteristics of a signal. Used in communication systems for testing frequency modulation signals and phase-locked loops. 082 Scalar Calibration Conversion Measurement Used in scenarios requiring scalar calibration conversion measurement. Allows for calibration and measurement of relevant parameters. 083 Vector and Scalar Calibration Converter Measurement Used in scenarios requiring vector and scalar calibration conversion measurement. Allows for precise measurement of converter-related parameters. 084 Embedded Local Oscillator Measurement Suitable for scenarios requiring measurement of embedded local oscillator signals, such as in the testing of mixers and frequency converters. 086 Gain Compression Application Mainly used to evaluate the gain compression characteristics of active devices such as amplifiers at different input power levels. It is an important parameter in the design and testing of RF power amplifiers. 087 Intermodulation Distortion Measurement Used to measure intermodulation distortion generated by nonlinear devices. In the testing of multi-carrier communication systems and RF power amplifiers, it evaluates the linearity index. 088 Source Phase Control Used in tests requiring precise control of the signal source phase, such as in the testing of RF circuits requiring phase matching. 118 Fast CW Mode Used in scenarios requiring fast continuous wave measurement, improving testing efficiency. Suitable for quickly scanning and measuring a large number of continuous wave signals. 1A7 ISO 17025 compliant calibration Used to meet the calibration requirements of the ISO 17025 standard, ensuring that the instrument's calibration process and results meet internationally recognized standards. Suitable for laboratory environments requiring high-precision calibration and traceability. 1CM 1cm Rack Mounting Kit, without Handle Used to mount the instrument in a rack. Suitable for scenarios where the instrument needs to be integrated into a standard rack-mounted test system. 1CP 1cm Rack Mounting Kit, with Handle Used to mount the instrument in a rack. Suitable for scenarios where the instrument needs to be integrated into a standard rack-mounted test system and easy to move and operate. 200 2-Port, Single Source Suitable for simple test scenarios requiring only 2-port testing and low signal source requirements, such as basic two-port network component testing. 219 2-Port, Increased Power Range and Bias Suitable for test scenarios requiring power range expansion and bias control for 2-port devices, such as testing amplifiers and filters requiring specific bias voltages. 224 2-Port, Added Internal Second Source and Mechanical Switch In 2-port testing, used when an additional signal source is needed for complex excitation combinations, or when a mechanical switch is needed to switch signal paths. 301 Applications Used with Standard Calibration Kit When using a standard calibration kit to calibrate the instrument, this option can better achieve the calibration function, ensuring the accuracy and reliability of the measurement. 302 Applications Used with Temperature Characteristic Calibration Kit When the influence of temperature on the measurement needs to be considered, and a temperature characteristic calibration kit is used for calibration, using this option allows for accurate calibration under different temperature conditions. 400 4-Port, Dual Source For testing 4-port devices, such as four-channel amplifiers and couplers, dual sources can provide more flexible excitation methods, allowing for input and measurement of different signals on multiple ports simultaneously. 419 4-Port, Increased Power Range and Bias Suitable for test scenarios requiring power range extension and bias control for 4-port devices, meeting the needs of some multi-port devices with power and bias requirements. 423 4 ports, adding internal combiner and mechanical switch In 4-port testing, scenarios requiring signal combination or switching, such as testing multi-channel communication devices. The internal combiner combines signals from different signal sources and inputs them to the device under test, and then the mechanical switch switches the measurement path. 460 Integrated true-mode stimulus application Used in specific application scenarios requiring true differential stimulus, such as precise testing of differential amplifiers, balanced mixers, and other differential devices. 551 N-port calibration measurement Used for calibration measurement of N-port devices, improving the accuracy and reliability of multi-port device measurement. 629 Noise figure accessory Used with the noise figure measurement option to provide a more comprehensive noise figure measurement solution. 897 Built-in Agilent all-inclusive calibration performance test software, permanent license Used for instrument calibration and performance testing, providing convenient software tools to ensure instrument accuracy and reliability. 898 Built-in performance test software compliant with standard calibration, permanent license Used for instrument calibration and performance testing to ensure that the instrument calibration process and results meet relevant standards.
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