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General| Product Name | NI 6353 |
|---|---|
| Category | Data Loggers |
| Resolution | 16 bits |
| Digital I/O Channels | 24 |
| Counter/Timer Channels | 4 |
| Communication Interface | USB |
| Analog Output Channels | 2 |
| Analog Output Resolution | 16 bits |
| Operating System Compatibility | Windows |
| Analog Input Channels | 16 |
| Sampling Rate | 1 MS/s |
| Input Voltage Range | ±10 V |
| Analog input type | Differential |
Essential safety precautions for operating NI 63xx X Series devices and modules.
Recommendations and steps for self-calibrating your X Series device after installation.
Information on accessing device specifications for your X Series DAQ device.
Description of signals found on the I/O connectors of X Series devices.
Explanation of analog input circuitry and blocks for MIO X Series devices.
Explanation of differential, referenced single-ended, and non-referenced single-ended input modes.
Comparison of software-timed and hardware-timed acquisition methods for analog input.
Overview of analog input triggering actions: start, reference, and pause triggers.
Explanation of software-timed and hardware-timed generation methods for analog output.
Overview of analog output triggering actions: start and pause triggers.
Comparison of software-timed and hardware-timed acquisition methods for digital input.
Overview of digital input triggering actions: start, reference, and pause triggers.
How to acquire digital waveforms on Port 0 DIO lines using DI waveform acquisition FIFO.
Explanation of software-timed and hardware-timed generation methods for digital output.
Overview of digital output triggering actions: start and pause triggers.
How to generate digital waveforms on Port 0 DIO lines using DO waveform generation FIFO.
Software-configurable feature to set critical outputs to safe states during failures.
Explanation of the counter timing engine and clock source requirements for X Series counters.
Overview of various counter input applications like edge counting and frequency measurement.
Different methods for measuring frequency using X Series counters.
Overview of counter output applications like pulse and frequency generation.
List of counter timing signals available on X Series devices.
Default routing of counter/timer inputs and outputs to PFI pins.
Overview of counter triggering actions: arm start, start, and pause triggers.
Routing external timing signals from PFI terminals to X Series functions.
Explanation of the clock routing circuitry in an X Series device.
Methods for synchronizing multiple X Series devices using various buses and signals.
Availability and description of clock and trigger signals on PXI Express devices.
Overview of data transfer methods across bus interfaces for X Series devices.
Primary ways to transfer data across the PCI Express bus, including DMA.
Primary ways to transfer data across the USB bus, including USB Signal Stream.
Factors affecting data throughput and preventing buffer overflow errors in USB DAQ systems.
Generating triggers on digital signals, specifying source and edge.
Generating triggers on analog signals, specifying source and type.
Actions that can be programmed in response to the Analog Comparison Event signal.
Different analog trigger modes: edge, hysteresis, and window triggering.
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