TA = 25°C free air, VIN = 14 V, DIV = 2 (CHxDIV = 0x00) unless otherwise specified
IVCC =
20 mA
Figure 6-1 Regulated VCC Voltage vs Junction TemperatureVIN =
4.5 V, IVCC = 30 mA
Figure 6-3 VCC
Dropout Voltage vs Junction TemperatureFigure 6-5 VCC
UVLO Threshold vs Junction Temperature RT = 50 kΩ, CHxDIV
= 01
Figure 6-7 Switching Frequency vs Junction TemperatureRT = 50 kΩ, CHxDIV
= 01
Figure 6-9 Maximum Duty Cycle vs Junction TemperatureCHxILIM = 01
Figure 6-11 ISP
Current Limit Threshold vs Junction TemperatureCHxOV = 111
Figure 6-13 Over
Voltage Protection Threshold vs Junction TemperatureVCSP =
14 V
Figure 6-15 CSP
Pin Input Bias Current vs Junction TemperatureCHxIADJ = FF
(hex)
Figure 6-17 VIADJ
Voltage vs Junction TemperatureCHxIADJ = FF
(hex)
Figure 6-19 V(CSP – VCSN) Voltage vs Junction TemperatureCHxIADJ = 95
(hex)
Figure 6-21 Over
Current Protection Gain vs Junction Temperature IVDD =
20 mA
Figure 6-2 Regulated VDD Voltage vs Junction TemperatureFigure 6-4 VCC
Current Limit vs Junction Temperature Figure 6-6 RT
Pin Voltage vs Junction Temperature RT = 100 kΩ, CHxDIV
= 01
Figure 6-8 Switching Frequency vs Junction TemperatureCHxILIM = 11
Figure 6-10 ISP
Current Limit Threshold vs Junction TemperatureCHxOV = 000
Figure 6-12 Over
Voltage Protection Threshold vs Junction TemperatureFigure 6-14 OVP
Hysteresis Current vs Junction Temperature VCSN =
14 V
Figure 6-16 CSN
Pin Input Bias Current vs Junction TemperatureCHxIADJ = 95
(hex)
Figure 6-18 VIADJ
Voltage vs Junction TemperatureCHxIADJ = 95
(hex)
Figure 6-20 V(CSP – VCSN) Voltage vs Junction TemperatureFigure 6-22 Channel Switching Frequency FSW vs RT
Resistance