Description
The National Instruments USB-6363 is a versatile PC-based Multifunction DAQ device that offers a wide range of specifications suitable for various data acquisition needs. It is available under part numbers 782259-01, 781443-01, 782258-01, and 782257-01, ensuring a variety of options for users to choose from.
This model supports up to 32 single-ended or 16 differential analog input channels, making it highly adaptable for different signal types. With a maximum sample rate of 2.00 MS/s for a single channel and 1.00 MS/s for multichannel configurations, it ensures high-speed data acquisition with reliable performance. The input voltage range is quite flexible, ranging from ±0.1 V to ±10 V, which accommodates a wide variety of signal levels.
In terms of input resistance, the device offers 10 GΩ in ON mode and 820 Ω in OFF mode, providing compatibility with various sensor types and signal conditioning requirements. The bias current is maintained at ±100 pA, indicating a minimal impact on the measurement accuracy. Furthermore, the settling times vary depending on the step size, with a range of 1 μs to 2 μs for ±60 ppm steps and 1.5 μs to 8 μs for ±15 ppm steps, allowing for precise and quick adjustments to signal changes.
Additionally, the output channels are protected against overvoltage up to ±25 V, safeguarding the device against unexpected voltage spikes that could potentially damage the system. This feature enhances the durability and reliability of the USB-6363, making it a robust choice for demanding data acquisition tasks.
Specification | Detail |
---|---|
Part Numbers | 782259-01, 781443-01, 782258-01, 782257-01 |
Manufacturer | National Instruments |
Model | USB-6363 |
Category | PC-based Multifunction DAQ |
Analog Input Channels | 32 single-ended or 16 differential |
Maximum Sample Rate (Single Channel) | 2.00 MS/s |
Maximum Sample Rate (Multichannel) | 1.00 MS/s |
Input Voltage Range | ±0.1 V to ±10 V |
Input Resistance (ON mode) | 10 GΩ |
Input Resistance (OFF mode) | 820 Ω |
Bias Current | ±100 pA |
Settling Time (±60 ppm step) | 1 μs to 2 μs |
Settling Time (±15 ppm step) | 1.5 μs to 8 μs |
Output Channels Overvoltage Protection | ±25 V |
Output Channels |