public void STATE_NEXT()
{
CRabcickl z = new CRabcickl();
string error = "";
string msg = "";
int CHANAL = 0;
switch (st)
{
case STATE.START:
error += STATE_CONTROL();
if (error != "")
{
FLAG_END = true;
st = STATE.END;
MessageBox.Show("Проблема с тестируемой ячейкой!");
break;
}
SSA_START();
SWITCH_DUT(false); //Включаем ключ в положение - Рабочее
textBox_att.Text = TST_Amp_ATT.ToString();
textBox_Dev.Text = TST_DEV.ToString();
textBox_duty.Text = TST_duty_cycle.ToString();
textBox_freq.Text = TST_FREQ.ToString();
textBox_timp.Text = TST_Timp.ToString();
TIMER_DELAY = 400;
st = st + 1;
FLAG_END = false;
break;
case STATE.ST1:
CMD_REALTIME_SETUP(ref z, TST_FREQ, TST_DEV, TST_Timp, TST_duty_cycle); //
z.Calibrovka = 1; //приём ведём на интервале приёма (в данном ТЕСТе вообще не ведём приём)
z.Amplitude0 = TST_Amp_ATT;
z.Amplitude1 = TST_Amp_ATT;
z.Amplitude2 = TST_Amp_ATT;
z.Amplitude3 = TST_Amp_ATT;
CMD_REALTIME_UPDATE(ref z);
MASTER.panel_Sint.FUNC_LIST_UPDATE_v2(z, "DUT");
TIMER_DELAY = 400;
st = st + 1;
break;
case STATE.ST2:
SSA.REQ("INIT:CONT OFF;\r\n");
SSA.MRK1_POSITION(MKR1_f);
SSA.MRK2_POSITION(MKR2_f);
SSA.MRK3_POSITION(MKR3_f);
TIMER_DELAY = 10; //500
st = st + 1;
break;
case STATE.ST3:
TIMER_DELAY = 10; //
st = st + 1;
break;
case STATE.ST4:
TIMER_DELAY = 10; //
st = st + 1;
break;
case STATE.ST5:
TIMER_DELAY = 10; //
st = st + 1;
break;
case STATE.ST6:
TIMER_DELAY = 10; //
st = st + 1;
break;
case STATE.Calc:
FLAG_END = true;
st = STATE.END;
break;
}
}
