Ok well no problems there, I dont really mind. however this caught my eye:
Adjusting the probe compensation capacitor, 10mV 20mV 50mV 0.1V file X10-fold to adjust how the notes should be more ideal, the general range of C5 to check how much capacitance values.
Using X10 probe, 10mV 20mV 50mV 0.1V file is adjusted to C0, C1 main, most models do not have access probe C5. 其余各档补偿电容调整方法与X1档类似。 Rest of the file compensation capacitor adjustment method is similar with the X1 profile. 注意：C1的调整会影响到X1档的补偿，所以最好是先调整X10探头档，再调整X1探头档。 Note: C1 adjustment will affect the compensation X1 file, it is best to adjust the first X10 probe file, and then adjust the X1 probe file.
7). Compensation is not good, needs its own with capacitors, find a suitable capacitance Burongyia 0603;
答：出厂时已经初步补偿好了，正弦波、三角波的显示完全没有问题，方波时用不同的探头会有少许过冲，要求较高时，可以在原补偿电容上并联焊上一个容量为主补偿电容容量1～5%的副补偿电容作精确补偿。 A: The factory has initially compensated well, sine wave, triangle wave shows no problem, square-wave when the probe will be a little different overshoot, demanding, you can in the original compensation capacitors in parallel, on a capacity-based solder compensation capacitance 1 ~ 5% of the associate compensation capacitor for accurate compensation.
From these pages:
http://translate.googleusercontent.com/ ... 3jezRqXw9A
http://translate.googleusercontent.com/ ... tItswvH69w
http://translate.googleusercontent.com/ ... Ox674n4g_A
Allthough I dont understand chinese, It would appear that the little "spikes" on the test signal square wave indicate the compensation capacitors need adjusting. (my nano has these spikes...) also it would seem this would cause problems with a x10 probe aswell? Perhaps seeedstudio guys can provide some info here? and a method for getting this scope accurate?