53131A GPIB的吞吐量非常低

你好，我遇到了与flenett非常相似的问题。
我正在使用Agilent 53131A通用计数器通过GPIB进行时间间隔测量。
我已经尝试了很多方法来优化这种测量，如相关编程指南中的详细说明，但我遇到的吞吐量不超过每秒约20次测量，比规定的最大吞吐量低10倍。
用户手册。
如果有任何应用工程师可以帮助我们解决这个问题，我将不胜感激。
Flenett，如果你找到了解决这个问题的方法，我将不胜感激，如果你能在这里详细说明解决方案。
提前致谢。
此致，bt92编辑：bt92于2014年7月21日凌晨3:31发布



     以下为原文

  Hello,

I am experiencing a very similar issue to flenett. I am using an Agilent 53131A universal counter to make time interval measurements via GPIB. I have tried a number of things to optimise this measurement, as per detailed in the associated programming guide, but the throughput I am experiencing is no greater than ~20 measurements per second, a factor of 10 less than the specified max throughput stated in the user manual.

If there are any application engineers who could assist us with this issue, I would greatly appreciate it. Flenett, if you have found a solution to this issue I would be grateful if you could detail the solution here.

Thanks in advance.

Regards,

bt92

Edited by: bt92 on Jul 21, 2014 3:31 AM

嗨，根据编程手册，通过停止所有后处理和打印操作，可以达到每秒233读取的吞吐量。
我用53132A测试了这些不同的布防方法，信号为600kHz，ext trig为100Hz。
这是一个gpib命令发送*'setup counter * commandGPIB =“* RST”commandGPIB =“* CLS”commandGPIB =“* SRE 0”commandGPIB =“* ESE 0”commandGPIB =“：STAT：PRES”commandGPIB =“：FORMAT
ASCII“*”确保禁用所有后处理和打印操作。* commandGPIB =“：CALC：MATH：STATE OFF”commandGPIB =“：CALC2：LIM：STATE OFF”commandGPIB =“：CALC3：AVER：STATE OFF”
commandGPIB =“：HCOPY：CONT OFF”commandGPIB =“：ROSC：SOURCE INT”commandGPIB =“：ROSC：EXT：CHECK OFF”commandGPIB =“：DIAG：CAL：INT：AUTO OFF”commandGPIB =“：DISP：ENABLE OFF
“*'测试600kHz * commandGPIB =”：FUNC'FREQ'“commandGPIB =”FREQ：EXP1 600000“commandGPIB =”：EVENT1：LEVEL 0“*'定义触发器使FETC？
每次测量都不需要发送* commandGPIB =“* DDT＃15FETC？”
'减少通过总线传输的字节数*'ARMING * Select Case selectARMINGmethod * Case Is = 1 TIME 190读数/秒* commandGPIB =“：FREQ：ARM：STAR：SOUR IMM”'立即布防命令GPIB =“：FREQ：ARM：
STOP：SOUR TIM“'时间布防命令GPIB =”：FREQ：ARM：STOP：TIM 0.001“'定时器”*案例是= 2位数110读数/秒* commandGPIB =“：FREQ：ARM：STAR：SOUR IMM”'立即
布防命令GPIB =“：FREQ：ARM：STOP：SOUR DIG”'数字布防命令GPIB =“：FREQ：ARM：停止：DIG 5”'数字*大小写= 3外部98读数/秒*命令GPIB =“：FREQ：ARM
：STAR：SOUR EXT“'外部布防命令GPIB =”：FREQ：ARM：STAR：SLOP POS“'Slope commandGPIB =”：FREQ：ARM：STOP：SOUR EXT“'外部布防命令GPIB =”：FREQ：ARM：STOP：
SLOP NEG“'Slope * Case Is = 4外部定时器98读数/秒* commandGPIB =”：FREQ：ARM：STAR：SOUR EXT“'外部布防命令GPIB =”：FREQ：ARM：STAR：SLOP POS“'斜率命令GPIB =
“：FREQ：ARM：STOP：SOUR TIM”'时间布防命令GPIB =“：FREQ：ARM：STOP：TIM 0.001”'定时器*案例是
= 5外部立即98读数/秒* commandGPIB =“：FREQ：ARM：STAR：SOUR EXT”'外部布防命令GPIB =“：FREQ：ARM：STAR：SLOP POS”'斜率命令GPIB =“：FREQ：ARM：STOP：
SOUR IMM“'立即布防*案例= 6立即233读数/秒* commandGPIB =”：FREQ：ARM：STAR：SOUR IMM“'立即布防命令GPIB =”：FREQ：ARM：停止：SOUR IMM“'立即布防结束
选择commandGPIB =“：INIT：CONT ON”*用于* commandGPIB =“* TRG”命令用于读取数据*下一个*关注Yves



     以下为原文

  Hi,

     based on programming manual, it is possible to have a throughput up to 233 readinds/sec by stopping all post-processing and printing operations. I tested these differents arming method with my 53132A, signal at 600kHz, ext trig at 100Hz.

This a gpib command to send

*'setup counter*
        commandGPIB = "*RST"
        commandGPIB = "*CLS"
        commandGPIB = "*SRE 0"
        commandGPIB = "*ESE 0"
        commandGPIB = ":STAT:PRES"
        commandGPIB = ":FORMAT ASCII"

        *' Make sure all post-processing and printing operations are disabled.*
        commandGPIB = ":CALC:MATH:STATE OFF"
        commandGPIB = ":CALC2:LIM:STATE OFF"
        commandGPIB = ":CALC3:AVER:STATE OFF"
        commandGPIB = ":HCOPY:CONT OFF"
        commandGPIB = ":ROSC:SOURCE INT"
        commandGPIB = ":ROSC:EXT:CHECK OFF"
        commandGPIB = ":DIAG:CAL:INT:AUTO OFF"
        commandGPIB = ":DISP:ENABLE OFF"

        *'test at 600kHz*
        commandGPIB = ":FUNC 'FREQ'"
        commandGPIB = "FREQ:EXP1 600000"
        commandGPIB = ":EVENT1:LEVEL 0"

        *' Define the trigger so that FETC? does not need to be sent for every measurement*
        commandGPIB = "*DDT #15FETC?" ' Decrease number of bytes transferred over bus

        *'ARMING*
        Select Case selectARMINGmethod
            *Case Is = 1  TIME 190 readings/sec*
                commandGPIB = ":FREQ:ARM:STAR:SOUR IMM"   ' Immediate Arming
                commandGPIB = ":FREQ:ARM:STOP:SOUR TIM"   ' Time Arming
                commandGPIB = ":FREQ:ARM:STOP:TIM 0.001"  ' Timer"
            *Case Is = 2 Digits 110 readings/sec*
                commandGPIB = ":FREQ:ARM:STAR:SOUR IMM"   ' Immediate Arming
                commandGPIB = ":FREQ:ARM:STOP:SOUR DIG"   ' Digits Arming
                commandGPIB = ":FREQ:ARM:STOP:DIG 5"      ' Digits
            *Case Is = 3 External  98 readings/sec*
                commandGPIB = ":FREQ:ARM:STAR:SOUR EXT"   ' External Arming
                commandGPIB = ":FREQ:ARM:STAR:SLOP POS"   ' Slope
                commandGPIB = ":FREQ:ARM:STOP:SOUR EXT"   ' External Arming
                commandGPIB = ":FREQ:ARM:STOP:SLOP NEG"   ' Slope
            *Case Is = 4 External Timer 98 readings/sec*
                commandGPIB = ":FREQ:ARM:STAR:SOUR EXT"   ' External Arming
                commandGPIB = ":FREQ:ARM:STAR:SLOP POS"   ' Slope
                commandGPIB = ":FREQ:ARM:STOP:SOUR TIM"   ' Time Arming
                commandGPIB = ":FREQ:ARM:STOP:TIM 0.001"  ' Timer
            *Case Is = 5 External Immediate  98 readings/sec*
                commandGPIB = ":FREQ:ARM:STAR:SOUR EXT"   ' External Arming
                commandGPIB = ":FREQ:ARM:STAR:SLOP POS"   ' Slope
                commandGPIB = ":FREQ:ARM:STOP:SOUR IMM"   ' Immediate Arming
            *Case Is = 6 immediate 233 readings/sec*
                commandGPIB = ":FREQ:ARM:STAR:SOUR IMM"   ' Immediate Arming
                commandGPIB = ":FREQ:ARM:STOP:SOUR IMM"   ' Immediate Arming
        End Select

        commandGPIB = ":INIT:CONT ON"

               *For* 
            commandGPIB = "*TRG"
            command for read data
        *Next*
       

Regards
Yves

亲爱的，我面临着上述同样的问题。
我正在使用LabVIEW通过GPIB连接编程我的53131A。
我进行了低级编程，以避免无用的指令，并且我设法达到1.5卓越+输出数据速率1.5次/秒。
这是物理限制（由于连接，寄存器，......）还是有任何特殊的技巧来增加这个数字？
谢谢！
此致，保罗 -



     以下为原文

  Dear all,
I'm facing the same issue described above.

I'm programming my 53131A with LabVIEW, through a GPIB connection.

I went to low-level programming, to avoid useless instructions, and I managed to reach an +outstanding+ output data rate of 1.5 meas/second.

Is this the physical limit (due to connection, registers, ...) or are there any special tricks to increase this number?

Thank you!

Regards,
Paolo
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