Search Results - GX7300C

Results from Test Solutions and Products PXI 3U View GX7300C GX7300C 20 slots - supporting a 3U (embedded or remote) PXI controller and 19 3U PXI or cCPI instruments 20 Slot 3U PXI Master Desktop Chassis w/DVD-RW & Hard Disk drive PXI 3U View GX7300CR GX73...

The power supply includes a separate 12 volt output for powering chassis fans as well as a 5V standby output. Total output power for the four PXI voltages is 755W max. The supply has sufficient power to deliver more than the minimum required current per PXI sl...

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Revision K • Updated Mar 17, 2025 Page 3 CHASSIS AND CONTROLLERS ENVIRONMENTAL Operating Temperature 0 °C to +50 °C Storage Temperature -20 °C to +60 °C GX7300C / GX7310 Acoustic Noise (at operator level, 12 inches from front of unit) Auto fan setting (@ 23°C ...

The power supply includes a separate 12 volt output for powering chassis fans as well as a 5V standby output. Total output power for the four PXI voltages is 755W max. The supply has sufficient power to deliver more than the minimum required current per PXI sl...

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Separate fan for system power supply. Integrated temperature monitoring via an onboard microcontroller with audible and software notification when preset temperature limits are exceeded.

It is a 3U PXI instrument card that can be used for general data acquisition, process control, Automatic Test Equipment (ATE), and functional test applications.

It is a 3U PXI instrument card that can be used for general data acquisition, process control, Automatic Test Equipment (ATE), and functional test applications.

It is a 3U PXI instrument card that can be used for general data acquisition, process control, Automatic Test Equipment (ATE), and functional test applications.

It is a 3U PXI instrument card that can be used for general data acquisition, process control, Automatic Test Equipment (ATE), and functional test applications.

It is a 3U PXI instrument card that can be used for general data acquisition, process control, Automatic Test Equipment (ATE), and functional test applications.

It is a 3U PXI instrument card that can be used for general data acquisition, process control, Automatic Test Equipment (ATE), and functional test applications.

It is a 3U PXI instrument card that can be used for general data acquisition, process control, Automatic Test Equipment (ATE), and functional test applications.

It is a 3U PXI instrument card that can be used for general data acquisition, process control, Automatic Test Equipment (ATE), and functional test applications.

It is a 3U PXI instrument card that can be used for general data acquisition, process control, Automatic Test Equipment (ATE), and functional test applications.

It is a 3U PXI instrument card that can be used for general data acquisition, process control, Automatic Test Equipment (ATE), and functional test applications.

It is a 3U PXI instrument card that can be used for general data acquisition, process control, Automatic Test Equipment (ATE), and functional test applications.

It is a 3U PXI instrument card that can be used for general data acquisition, process control, Automatic Test Equipment (ATE), and functional test applications.

There are 56 Digital I/O channels, channel's direction control is set in groups of 4 channels, eg channels 0-3, channels 4-7, etc. Any group of channels can be programmed to be all in or all out.

Type 2 receiver Data Rate 200 Mbps (max) Differential Output Voltage 480 mV (min), 650 mV (max) Differential Input Voltage Threshold 150 mV (max) (positive going input) 50 mV (max) (negative going input) Absolute Maximum Input Voltage Range -1.8 V to 4 V Power...

Type 2 receiver Data Rate 200 Mbps (max) Differential Output Voltage 480 mV (min), 650 mV (max) Differential Input Voltage Threshold 150 mV (max) (positive going input) 50 mV (max) (negative going input) Absolute Maximum Input Voltage Range -1.8 V to 4 V Power...

The signals are 5 V tolerant. Logic families supported by the I/O interface include LVTTL and LVCMOS. The FPGA device supports up to four phase lock loops for clock synthesis, clock generation and for support of the I/O interface.

The user can call Gx3756SerialOutGetStatus() API to check if new data was sent. Channels 0-3 (Group 0) can be programmed to operate as serial-out transmitter or as static I/O, see Gx3756SerialOutSetMode() API for more details.

The board is supplied with 390 Ω terminators which are terminated to -5.2 volts. Optionally, the board can be configured to use terminations with an onboard -2 V termination voltage source. The terminating resistors are socketed, allowing the user to change th...