SLUSE21 Data sheet | TI.com

SLUSE21B June 2020 – April 2022 UCC27288

PRODUCTION DATA

Package Options

Mechanical Data (Package|Pins)

D|8
- MSOI002K

Thermal pad, mechanical data (Package|Pins)

Orderable Information

sluse21b_oa

6.7 Typical Characteristics

Unless otherwise specified V_VDD=V_HB = 12 V, V_HS=V_VSS = 0 V, No load on outputs

V_HI = V_LI = 0 V

Figure 6-2 VDD Quiescent Current

C_L = 0 F

V_DD =V_HB= 12V

Figure 6-4 VDD Operating Current

V_HB=V_HS=100V

Figure 6-6 HB to VSS Quiescent Current

Figure 6-8 Input Falling Threshold

Figure 6-10 VDD UVLO Threshold

I_O=100mA

Figure 6-12 LO Low Output Voltage (V_LOL)

I_O=100mA

Figure 6-14 HO Low Output Voltage (V_HOL)

C_L=1800pF

Figure 6-16 LO Rise Time

C_L=1800pF

Figure 6-18 HO Rise Time

C_L=100nF

VDD = 12 V

Figure 6-20 LO Rise & Fall Time

C_L=No Load

Figure 6-22 HO Rising Propagation Delay (TDHRR)

C_L= No Load

Figure 6-24 LO Rising Propagation Delay (TDLRR)

V_HI = V_LI = 0 V

Figure 6-3 HB Quiescent Current

C_L = 0 F

V_DD =V_HB= 12V

Figure 6-5 HB Operating Current

Figure 6-7 Input Rising Threshold

Figure 6-9 Input Pull-down Resistor

Figure 6-11 HB UVLO Threshold

I_O=-100mA

Figure 6-13 LO High Output Voltage (V_LOH)

I_O=-100mA

Figure 6-15 HO High Output Voltage (V_HOH)

C_L=1800pF

Figure 6-17 LO Fall Time

C_L=1800pF

Figure 6-19 HO Fall Time

C_L=100nF

VDD = 12 V

Figure 6-21 HO Rise & Fall Time

C_L= No Load

Figure 6-23 HO Falling Propagation Delay (TDHFF)

C_L= No Load

Figure 6-25 LO Falling Propagation Delay (TDLFF)