IIN = 3.2
FILE="CISIL-DRV-NEW_EFF-vs-VOUT_VIN{}V_IOUT1A.csv".format(VIN)
# Start measurement...
#
RANGE = np.linspace(VOUT_0, VOUT_N, num=(VOUT_N-VOUT_0+VOUT_STEP)/VOUT_STEP)
RANGE = [round(f,3) for f in RANGE]
print RANGE
power = GPD()
meter = DM3058()
load = BK8600()
power.set_volt(1,VIN)
power.set_curr(1,IIN)
power.set_output(1)
time.sleep(1)
load.set_func('VOLT')
load.set_remsens('ON')
load.set_cv(VOUT_0)
load.set_input('ON')
plt.axis([VOUT_0, VOUT_N, 70, 90])
plt.xlabel('VOUT (V)')
plt.ylabel('EFFICIENCY (%)')
plt.grid()
plt.ion()
vin_l=[]
IOUT = 1
FILE = "CISIL-DRV-NEW_EFF-vs-VIN_VOUT{}V_IOUT{}A.csv".format(VOUT, IOUT)
# Start measurement...
#
RANGE = np.linspace(VIN_0, VIN_N, num=(VIN_N - VIN_0 + VIN_STEP) / VIN_STEP)
RANGE = [round(f, 3) for f in RANGE]
#RANGE = np.array(range(VIN_0, VIN_N+VIN_STEP, VIN_STEP))
print RANGE
power = GPD()
meter = DM3058()
load = BK8600()
power.set_volt(1, VIN_0)
power.set_curr(1, 3.1)
power.set_output(1)
time.sleep(1)
load.set_func('VOLT')
load.set_remsens('ON')
load.set_cv(VOUT)
load.set_input('ON')
plt.axis([VIN_0, VIN_N, 80, 90])
plt.xlabel('VIN (V)')
plt.ylabel('EFFICIENCY (%)')
plt.grid()
plt.ion()
vin_l = []
pin_l = []
VIN_N = 6
VIN_STEP = 0.02
FILE = "CISIL-IV.csv"
# Start measurement...
#
RANGE = np.linspace(VIN_0, VIN_N, num=(VIN_N - VIN_0 + VIN_STEP) / VIN_STEP)
RANGE = [round(f, 3) for f in RANGE]
#RANGE = np.array(range(VIN_0, VIN_N+VIN_STEP, VIN_STEP))
print RANGE
power = GPD()
meter = DM3058()
power.set_volt(1, VIN_0)
power.set_curr(1, 1.1)
power.set_output(1)
time.sleep(1)
plt.axis([VIN_0, VIN_N, 0, 1])
plt.xlabel('VOLTAGE (V)')
plt.ylabel('CURRENT (A)')
plt.grid()
plt.ion()
vin_l = []
pin_l = []
pout_l = []
eff_l = []
loss_l = []