Used NOISEKEN ESS-2000 #186371 for sale

NOISEKEN ESS-2000 is an electronic test equipment specifically designed to measure residual noise generated in analog and mixed-signal circuits and systems. This cutting-edge equipment provides reliable and accurate measurements over a wide frequency range of 10 Hz to 200 MHz. It is equipped with a wideband multiplexer, a low-noise amplifier, and a precision analog voltage reference. ESS-2000 offers excellent performance even in the presence of high-frequency power supplies and switching noise. NOISEKEN ESS-2000 utilizes a scheme of circumferential S-parameter test utilizing two probes to measure the same noise source repeatedly. ESS-2000 consists of a two channel multiplexer, two pre-amp channels, two buck/boost channels, a high-speed response processor, and a microcontroller-based control panel. The multiplexer is designed to measure four noise elements simultaneously, which are amplitude, frequency, phase, and common-mode. The pre-amp channels are designed to effectively maintain low noise floor and high dynamic range. The buck/boost channels help to maintain the precision of voltage references in the presence of highly fluctuating input voltages. NOISEKEN ESS-2000 also provides a wide range of both manual and automated operation modes. With its Manual Mode, users can measure the relative noise level from circuits and systems by connecting probes to various nodes. Its Auto Sequence Mode offers automated S-parameter measurements that can be used to analyze and compare the noise levels from different nodes across the entire frequency range. Moreover, ESS-2000 offers a host of other features including a hardware-based self-calibration function, a unique frequency-based accuracy check system, and a Data Logger that allows users to save their data onto removable storage media for later inspection. Additionally, NOISEKEN ESS-2000 is also equipped with a powerful web-based interface, allowing remote monitoring and control of the test system. All in all, ESS-2000 is designed to allow engineers and technicians to measure the tiniest of residual noise levels in analog and mixed-signal circuits and systems with unparalleled accuracy and reliability. Its sophisticated design, powerful processing capabilities and versatile operating modes make it the ideal choice for demanding applications.