JAJSHV6 データシート

JAJSHV6B August 2019 – June 2022 TLIN1028-Q1

PRODUCTION DATA

Characteristic curves below show the LDO performance ramping between 0 V and up to 7 V.

Package = D	V_CC = 3.3 V	Temperature = Ambient
I_CC = 70 mA

Figure 10-2 I_SUP vs V_SUP vs Temperature

Package = DDA	V_CC = 3.3 V	Temperature = Ambient
I_CC = 125 mA

Figure 10-4 I_SUP vs V_SUP vs Temperature

Package = DRB	V_CC = 5 V	Temperature = Ambient
I_CC = 125 mA

Figure 10-6 I_SUP vs V_SUP vs Temperature

Package = D	3.3 V V_CC = Off	Temperature = Ambient
Mode = Sleep

Figure 10-8 I_SUP vs V_SUP vs Temperature Ramp-down

Note:

Package = DDA	3.3 V V_CC = Off	Temperature = Ambient
Mode = Sleep

Figure 10-10 I_SUP vs V_SUP vs Temperature Ramp-down

Package = DRB	5 V V_CC = Off	Temperature = Ambient
Mode = Sleep

Figure 10-12 I_SUP vs V_SUP vs Temperature Ramp-down

Figure 10-14 LIN Bus Performance

Figure 10-16 Recessive to Dominant Propagation Delay

Figure 10-18 TLIN10285-Q1 Brownout

Package = DRB	V_CC = 3.3 V	Temperature = Ambient
I_CC = 125 mA

Figure 10-3 I_SUP vs V_SUP vs Temperature

Package = D	V_CC = 5 V	Temperature = Ambient
I_CC = 70 mA

Figure 10-5 I_SUP vs V_SUP vs Temperature

Package = DDA	V_CC = 5 V	Temperature = Ambient
I_CC = 125 mA

Figure 10-7 I_SUP vs V_SUP vs Temperature

Package = DRB	3.3 V V_CC = Off	Temperature = Ambient
Mode = Sleep

Figure 10-9 I_SUP vs V_SUP vs Temperature Ramp-down

Package = D	5 V V_CC = Off	Temperature = Ambient
Mode = Sleep

Figure 10-11 I_SUP vs V_SUP vs Temperature Ramp-down

Package = DDA	5 V V_CC = Off	Temperature = Ambient
Mode = Sleep

Figure 10-13 I_SUP vs V_SUP vs Temperature Ramp-down

Figure 10-15 Dominant to Recessive Propagation Delay

Figure 10-17 TLIN10283-Q1 Brownout