PXIe-9516 (PN: JY1951601-01)  |  16-CH 24-Bit 256 kS/s PXIe High-Resolution Dynamic Signal Acquisition Module

PXIe-9515 (PN: JY4808423-01)  |  8-CH 24-Bit 256 kS/s PXIe High-Resolution Dynamic Signal Acquisition Module

PCIe-9516 (PN: JY1136217-01)  |  16-CH 24-Bit 256 kS/s PCIe High-Resolution Dynamic Signal Acquisition Module

PCIe-9515 (PN: JY9236872-01)  |  8-CH 24-Bit 256 kS/s PCIe High-Resolution Dynamic Signal Acquisition Module

配件

ACL-2000802-02  |  20 cm, 8-CH shielded x4 InfiniBand to BNC cable

Key Features

• 1.1‰ accuracy

• 24 bits resolution

• 16 channels (JY-9516) / 8 channels (JY-9515) simultaneous measurement

• Sampling rate 256 kS/s

• Voltage Range : ±0.3125 V, ±0.625 V, ±1.25 V, ±2.5 V, ±5 V, ±10 V

• Dynamic Range : 112 dB

• Antialiasing filters

• Software-configurable AC/DC coupling per channel , 0.5 Hz cutoff frequency at AC couple

• Provide 4 mA IEPE for each channel

• Analog/Digital/Software trigger

Introduction

The PXIe-9516 Dynamic Signal Analyzer is a powerful measurement instrument designed for the analysis of dynamic signals. With 1.1‰ accuracy and 24 bits ADC high resolution, it provides precise and accurate measurements for a wide range of applications. The simultaneous measurement capability of up to 16 channels allows for efficient analysis of multiple signals at once, saving time and effort. With a sampling rate of 256 kS/s, the instrument can capture signals with fine detail and fidelity. The voltage range options, ranging from ±0.3125 V to ±10 V, offer flexibility in accommodating different signal amplitudes. The dynamic range of 112 dB ensures the detection of both low and high-level signals, enabling comprehensive analysis. The inclusion of antialiasing filters prevents aliasing artifacts, ensuring accurate measurements. Additionally, the AC/DC coupling modes and provision of 4 mA IEPE make it compatible with a variety of sensors and signal sources. Overall, the PXIe-9516 is a versatile and powerful tool for engineers and researchers involved in vibration analysis, acoustic measurements, and other dynamic signal analysis tasks.