米6体育平台手机版

ZHCSJR4C january 2019 – may 2023 UCC21710-Q1

PRODUCTION DATA

6.12 Typical Characteristics

Figure 6-4 Output High Drive Current vs. Temperature

IN+ = High

IN- = Low

Figure 6-6 I_VCCQ Supply Current vs. Temperature

Figure 6-8 I_VCCQ Supply Current vs. Input Frequency

IN+ = Low

IN- = Low

Figure 6-10 I_VDDQ Supply Current vs. Temperature

Figure 6-12 VCC UVLO vs. Temperature

V_CC = 3.3V	V_DD=18V	C_L = 100pF
R_ON = 0Ω	R_OFF = 0Ω

Figure 6-14 Propagation Delay t_PDLH vs. Temperature

V_CC = 3.3V	V_DD=18V	C_L = 10nF
R_ON = 0Ω	R_OFF = 0Ω

Figure 6-16 t_r Rise Time vs. Temperature

Figure 6-18 V_OUTPD Output Active Pulldown Voltage vs. Temperature

Figure 6-20 V_CLP-OUT(L) Short Circuit Clamping Voltage vs. Temperature

Figure 6-22 I_CLMPI Miller Clamp Sink Current vs. Temperature

Figure 6-24 t_OCOFF OC Propagation Delay vs. Temperature

Figure 6-26 t_OCFLT OC to FLT Low Delay Time vs. Temperature

Figure 6-5 Output Low Driver Current vs. Temperature

IN+ = Low

IN- = Low

Figure 6-7 I_VCCQ Supply Current vs. Temperature

IN+ = High

IN- = Low

Figure 6-9 I_VDDQ Supply Current vs. Temperature

Figure 6-11 I_VDDQ Supply Current vs. Input Frequency

Figure 6-13 VDD UVLO vs. Temperature

V_CC = 3.3V	V_DD=18V	C_L = 100pF
R_ON = 0Ω	R_OFF = 0Ω

Figure 6-15 Propagation Delay t_PDHL vs. Temperature

V_CC = 3.3V	V_DD=18V	C_L = 10nF
R_ON = 0Ω	R_OFF = 0Ω

Figure 6-17 t_f Fall Time vs. Temperature

Figure 6-19 V_CLP-OUT(H) Short Circuit Clamping Voltage vs. Temperature

Figure 6-21 V_CLMPTH Miller Clamp Threshold Voltage vs. Temperature

Figure 6-23 t_DCLMPI Miller Clamp ON Delay Time vs. Temperature

Figure 6-25 V_OCTH OC Detection Threshold vs. Temperature