Synchronous triggering management device and synchronous triggering management method
A technology for synchronizing triggering and managing devices, applied in instruments, computer control, simulators, etc., can solve problems such as inability to synchronize and trigger instruments, difficult management and unification of distributed test system triggering, and difficulty in building distributed test systems.
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[0062] figure 2 It is a schematic structural diagram of an embodiment of a synchronization trigger management device in the present invention. Such as figure 2 As shown, the trigger input module 5 in this embodiment includes four common trigger input management modules in the prior art, which are respectively a LAN message trigger input management module 51, an 8-channel hardware bus trigger input management module 52, and a two-channel trigger input management module. An external trigger input management module 53 and an IEEE1588 time trigger input management module 54 . The trigger output module 6 includes three trigger output management modules, namely, a LAN message trigger output management module 61 , a hardware bus trigger output management module 62 , and an external trigger output management module 63 . The trigger input management module and the trigger output management module are not limited to those listed, and in implementation applications, one of the trigge...
application example 1
[0157] Figure 11 is a schematic diagram of Application Example 1 of the present invention. Such as Figure 11 As shown, the oscilloscope is an instrument that does not have a LAN port (network port) and cannot be connected to a local area network. It only has an external trigger input port EXT, and cannot directly control the trigger acquisition action of the oscilloscope through the local area network. The LAN port of the computer is directly connected to the LAN port of the synchronous trigger management device through a network cable, and the external trigger output port TTL1 of the synchronous trigger management device is directly connected to the external trigger input port EXT of the oscilloscope through a coaxial cable. Set the trigger input mode of the synchronous trigger management device to be LAN trigger, and the trigger output mode to be external trigger output, and the output is output by external trigger output port 1 (TTL1 port). At this time, the computer se...
application example 2
[0160] Figure 12 is a schematic diagram of application example 2 of the present invention. Such as Figure 12 As shown, the signal source has an external trigger function, but does not have the LXI hardware bus trigger function. Sources, computers, hubs, sync trigger managers, and LXI Class A oscilloscopes are Figure 12 Connected, the external trigger input port 1 (EXT1) of the synchronous trigger management device and the external trigger output port TTL of the signal source are connected through a coaxial cable, and the synchronous trigger management device and the hardware bus trigger interface LXI TRIG of the LXI Class A oscilloscope are connected through the LXI The trigger cable is connected, and the signal output port of the signal source is connected with the signal input channel 1 (CH1) of the LXI Class A oscilloscope through a coaxial cable. Set the trigger output mode of the synchronous trigger management device to hardware bus trigger output, the output channe...
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