1 00:00:23,299 --> 00:00:23,370 C 2 00:00:23,371 --> 00:00:23,442 Co 3 00:00:23,443 --> 00:00:23,515 Con 4 00:00:23,516 --> 00:00:23,587 Cont 5 00:00:23,588 --> 00:00:23,659 Conti 6 00:00:23,660 --> 00:00:23,731 Contin 7 00:00:23,732 --> 00:00:23,803 Continu 8 00:00:23,804 --> 00:00:23,876 Continuo 9 00:00:23,877 --> 00:00:23,948 Continuou 10 00:00:23,949 --> 00:00:24,020 Continuous 11 00:00:24,021 --> 00:00:24,092 Continuous 12 00:00:24,093 --> 00:00:24,164 Continuous R 13 00:00:24,165 --> 00:00:24,237 Continuous Ra 14 00:00:24,238 --> 00:00:24,309 Continuous Ram 15 00:00:24,310 --> 00:00:24,381 Continuous Ramp 16 00:00:24,382 --> 00:00:24,453 Continuous Ramp 17 00:00:24,454 --> 00:00:24,525 Continuous Ramp T 18 00:00:24,526 --> 00:00:24,598 Continuous Ramp Ty 19 00:00:24,599 --> 00:00:24,670 Continuous Ramp Typ 20 00:00:24,671 --> 00:00:24,742 Continuous Ramp Type 21 00:00:24,743 --> 00:00:25,243 Continuous Ramp Type 22 00:00:25,295 --> 00:00:27,945 This “State Type” is similar to “Step Ramp”. 23 00:00:27,970 --> 00:00:35,939 The only difference is that in “Step Ramp” the parameter changes step by step at user-defined time intervals but in “Continuous Ramp”, 24 00:00:35,964 --> 00:00:40,995 the parameters increase or decrease continuously with 400 microseconds time steps. 25 00:00:41,020 --> 00:00:44,889 The parameters adjusted for “Continuous Ramp” include start value, 26 00:00:44,913 --> 00:00:53,703 final value and total time and the start values are specified in “Start Values” table. Here, the values for voltage signals are 5, 27 00:00:53,727 --> 00:00:55,822 10 and 15 volts. 28 00:00:55,854 --> 00:01:03,207 “Binary Output”, “Binary Input” and “Other Setting” sections have been described before and we can skip them. 29 00:01:03,275 --> 00:01:07,826 In “Final Values” table the final value of the parameters is specified. 30 00:01:07,921 --> 00:01:12,663 Here, the values for voltage signals are 20, 25 and 30 volts. 31 00:01:12,912 --> 00:01:18,162 In “Total Time” field in the “Continuous Ramp Setting” section the total time of the “State” 32 00:01:18,178 --> 00:01:23,866 is specified which is linked with the “Timeout” time in “State Termination” in “Trigger” setting. 33 00:01:23,891 --> 00:01:34,682 “Trigger”, “Offset Value”, “Error/Trigger Overcurrent” and “Disable Relay” sections have been described in previous videos and more descriptions should not be necessary here. 34 00:01:34,797 --> 00:01:40,470 Another important matter about “Ramp” is that, in addition to put ramp on voltage and current, 35 00:01:40,589 --> 00:01:45,071 in “Step Ramp” the user can put ramp on impedance by changing the “Set Mode”. 36 00:01:45,086 --> 00:01:51,832 Since the hardware is only capable of recognizing voltage and current and cannot recognize the impedance parameter, 37 00:01:51,857 --> 00:01:58,476 and because there are so many impedance parameters, it is not possible to send these parameters to the hardware in every “Step”. 38 00:01:58,571 --> 00:02:05,041 So, in “Step Ramp” firstly all values of impedance steps are sent to the software and then measured voltage and 39 00:02:05,093 --> 00:02:07,596 current sent to the hardware as an array hardware 40 00:02:07,621 --> 00:02:12,120 every time “Step” in “Continuous Ramp” is 400 microseconds, 41 00:02:12,145 --> 00:02:21,422 the amount of calculations and arrays is greatly increased and it is not possible for the results of the calculations and created arrays to be sent to the hardware. 42 00:02:21,442 --> 00:02:25,312 So, this “State Type” is always carried out in “General: Direct” mode.