The National Instruments PCIe-6353 is a 16-bit Multifunction I/O Device with a 1.25 MS/s analog input sampling rate, 2.86 MS/s analog output sampling rate, NI-STC3 technology for enhanced timing
The National Instruments PCIe-6353 is a multifunction I/O device with a part number of 781049-01, boasting a 16-bit resolution and utilizing NI-STC3 technology for enhanced performance. With a PCI Express bus connector, this device accommodates 32 single-ended channels and 16 differential channels for versatile signal acquisition.
It provides a robust sampling rate of 1.25 MS/s for analog inputs and 2.86 MS/s for analog outputs, ensuring precise data capture with a timing resolution of 10 nanoseconds. The PCIe-6353 is equipped with built-in analog input FIFO buffers to handle large data streams efficiently.
This device also features 48 programmable digital I/O terminals and includes four 32-bit resolution counters/timers, suitable for a wide range of applications such as PWM, event counting, encoding, and frequency measurement. It supports three base clock frequencies of 100 kHz, 10 MHz, and 20 MHz, providing flexibility for various timing tasks.
The PCIe-6353 interfaces with systems through two 68-pin VHDCI female connectors and is operated using the NIDAQmx driver software, compatible with several application development environments. This multifunction I/O device is a powerful and versatile tool for advanced data acquisition and control systems.
Specification
Detail
Part Number
PCIe-6353
National Instruments Part Number
781049-01
Resolution
16-bit
Technology
NI-STC3
Bus Connector
PCI Express
Number of Single Ended Channels
32
Number of Differential Channels
16
Sampling Rate (Analog Input)
1.25 MS/s
Sampling Rate (Analog Output)
2.86 MS/s
Timing Resolution
10 nanoseconds
Analog Input FIFO Buffers
Built-in
Number of Digital I/O Terminals
48 (programmable)
Counters/Timers
4 (32-bit resolution)
Base Clock Frequencies
100 kHz, 10 MHz, 20 MHz
Connectors
Two 68-pin VHDCI female
Driver Software
NIDAQmx
Question 1: What type of applications are suitable for the four 32-bit resolution counters/timers found on the National Instruments PCIe-6353 multifunction I/O device? Answer 1: The incorporation of NI-STC3 technology in the National Instruments PCIe-6353 multifunction I/O device enhances its performance by enabling higher timing resolution, advanced timing features, and increased data throughput, ensuring efficient and precise signal processing and data acquisition.
Question 2: What is the maximum sample rate that the National Instruments PCIe-6353 offers for analog outputs, and what technology does it incorporate for enhanced performance? Answer 2: The sampling rate for analog inputs on the National Instruments PCIe-6353 multifunction I/O device is 1.25 MS/s, and its NI-STC3 technology enhances performance by providing advanced timing and synchronization features, including a timing resolution of 10 nanoseconds, which allows for more precise data capture and efficient handling of large data streams.
Question 3: What is the data capture timing resolution of the National Instruments PCIe-6353, and how many counters/timers does it include for various applications? Answer 3: The four 32-bit resolution counters/timers on the National Instruments PCIe-6353 are suitable for applications such as pulse-width modulation (PWM), event counting, signal encoding, and frequency measurement.
Question 4: How does the incorporation of NI-STC3 technology benefit the performance of the National Instruments PCIe-6353 multifunction I/O device? Answer 4: The National Instruments PCIe-6353 offers a maximum sample rate of 2.86 MS/s for analog outputs and incorporates NI-STC3 technology for enhanced performance.
Question 5: What is the sampling rate for analog inputs on the National Instruments PCIe-6353 multifunction I/O device, and how does its NI-STC3 technology enhance performance? Answer 5: The National Instruments PCIe-6353 has a data capture timing resolution of 10 nanoseconds and includes four 32-bit resolution counters/timers for various applications.
