HIP2210, HIP2211

3. Typical Performance Curves

FN9347 Rev.1.01

Page 16 of 27

Jun.23.20

Figure 26. HI/LI Propagation Delay vs Temperature

vs VDD

Figure 27. HI/LI Propagation Delay Matching vs

Temperature vs VDD

Figure 28. PWM Propagation Delay vs Temperature

vs VDD

Figure 29. PWM Propagation Delay Matching vs

Temperature vs VDD

Figure 30. Dead Time Delay (25°C) vs RDT Resistor vs

VDD

Figure 31. Dead Time Delay (VDD = 12V) vs RDT Resistor

vs Temperature

Unless otherwise specified, operating conditions at: T = +25°C; VDD = EN = 12V; VSS = HS = 0V; Capacitor from HB to HS pin

CBOOT = 0.22µF; 100kΩ load on LO to VSS and HO to HS. (Continued)

0

5

10

15

20

25

612

18

VDD (V)

Tpdli_f 125°C

Tpdli_f 25°C

Tpdli_r 125°C

Tpdli_r 25°C

Tpdhi_f 125°C

Tpdhi_f 25°C

Tpdhi_r 125°C

Tpdhi_r 25°C

-3

-2

-1

0

1

2

612

18

VDD (V)

Tpd_match_lh 125°C

Tpd_match_hl 125°C

Tpd_match_lh 25°C

Tpd_match_hl 25°C

Tpd_match_lh -40°C

Tpd_match_hl -40°C

0

10

20

30

40

50

60

70

80

612

18

VDD (V)

Tpd_pwm_hm 125°C

Tpd_pwm_hm 25°C

Tpd_pwm_mh 125°C

Tpd_pwm_mh 25°C

Tpd_pwm_lm 125°C

Tpd_pwm_lm 25°C

Tpd_pwm_ml 125°C

Tpd_pwm_ml 25°C

0

1

2

3

612

18

VDD (V)

Tpdmatch 125C

Tpdmatch 25C

Tpdmatch -40C

0

200

400

600

800

1000

1200

1400

0

30

60

90

120

150

180

210

240

270

300

330

RDT (kΩ)

tDT_LH VDD = 6V

tDT_HL VDD = 6V

tDT_LH VDD = 12V

tDT_HL VDD = 12V

tDT_LH VDD = 18V

tDT_HL VDD = 18V

0

200

400

600

800

1000

1200

1400

0

30

60

90

120

150

180

210

240

270

300

330

RDT (kΩ)

tDT_LH 140°C

tDT_HL 140°C

tDT_LH 25°C

tDT_HL 25°C

tDT_LH -40°C

tDT_HL -40°C