The National Instruments PCIe-8363 is a 1-Port MXI-Express Device for PXI Remote Control with a 208 MB/s data transfer rate, designed for use in Pollution Degree 2 environments and available for purchase and repairs from Apex
The National Instruments PCIe-8363, with part number 788814-01, is an advanced 1-Port MXI-Express Device designed for efficient PXI Remote Control. Boasting a high data transfer rate of 208 MB/s, this device connects through an x1 PCI Express interface using a copper wire to the PXIe-8360 PXI Remote Control Module. Its compact dimensions are 2.64 in. x 2.80 in., and it weighs only 1.5 oz., making it a lightweight yet powerful addition to any PXI system.
The PCIe-8363 is equipped with an 18-pin TDP I/O Connector and conforms to a standard height, half-length, single-slot form factor. It operates without the need for an integrated fan, thanks to its efficient design. When it comes to power requirements, the device typically requires 650 mA on the +3.3V rail (with a maximum of 1150 mA), 1 mA for +3.3 VAux (maximum 10 mA), and it does not draw current from the +12V rail.
Designed for resilience, the PCIe-8363 can function at a maximum altitude of 2000 m (800 mbar) with an ambient temperature of 25 °C, and is suitable for use in Pollution Degree 2 environments. This device is available for purchase and repairs, ensuring long-term support and reliability for users.
Specification
Detail
Part Number
788814-01
Product Description
National Instruments PCIe-8363 Device for PXI Remote Control
Device Type
1-Port MXI-Express Device for PXI Remote Control
Link Interface
x1 PCI Express via copper wire to PXIe-8360 PXI Remote Control Module
Data Transfer Rate
208 MB/s
Dimensions
2.64 in. x 2.80 in.
Weight
1.5 oz.
I/O Connector
18-pin TDP
Form Factor
Standard height, half length, single slot
Fan
No integrated fan required
Power Requirements
+3.3V rail: 650 mA typical, 1150 mA max; +3.3 VAux: 1 mA typical, 10 mA max; +12V: No current draw
Maximum Altitude
2000 m (800 mbar) at a 25 °C ambient temperature
Operating Environment
Pollution Degree 2
Question 1: What are the key features and specifications of the National Instruments PCIe-8363, part number 788814-01, in terms of connectivity, form factor, power requirements, and operational environment? Answer 1: The National Instruments PCIe-8363 typically requires 650 mA on the +3.3V rail when operating at its typical power consumption.
Question 2: What are the specifications and environmental suitability of the National Instruments PCIe-8363 PXI Remote Control Device with part number 788814-01? Answer 2: The National Instruments PCIe-8363 boasts a data transfer rate of 208 MB/s and it connects to the PXIe-8360 PXI Remote Control Module using an x1 PCI Express interface.
Question 3: What is the maximum altitude at which the National Instruments PCIe-8363 can operate, and what are its power requirements on the +3.3V and +3.3 VAux rails? Answer 3: The National Instruments PCIe-8363 PXI Remote Control Device with part number 788814-01 features a 1-Port MXI-Express interface, a high data transfer rate of 208 MB/s, dimensions of 2.64 in. x 2.80 in., a weight of 1.5 oz, and an 18-pin TDP I/O Connector. It fits a standard height, half-length, single-slot form factor and requires 650 mA on the +3
Question 4: What are the power consumption details for the National Instruments PCIe-8363 when it operates at its typical requirement on the +3.3V rail? Answer 4: The National Instruments PCIe-8363, part number 788814-01, is a 1-Port MXI-Express Device featuring a high data transfer rate of 208 MB/s, x1 PCI Express connectivity via copper wire to the PXIe-8360 PXI Remote Control Module, an 18-pin TDP I/O Connector, and adheres to a standard height, half-length, single-slot form factor. It has power requirements of 650 mA at +3.3
Question 5: What is the data transfer rate of the National Instruments PCIe-8363, and what type of interface does it use to connect to the PXIe-8360 PXI Remote Control Module? Answer 5: The National Instruments PCIe-8363 can operate at a maximum altitude of 2000 meters, and its power requirements are typically 650 mA on the +3.3V rail (with a maximum of 1150 mA) and 1 mA on the +3.3 VAux rail (with a maximum of 10 mA).
