TLE7826G Datasheet, PDF (36/53 Pages) Infineon Technologies AG – Integrated double low-side switch, high-side/LED driver, hall supply, wake-up inputs and LIN communication with embedded MCU (32kB Flash)

TLE7826G
General Product Characteristics
16.4
Electrical Characteristics
Table 14 Electrical Characteristics
V_S = 13.5 V, T_j = -40 °C to +150 °C, all voltages with respect to ground, positive current flowing into pin
(unless otherwise specified)
Pos.
Parameter
Symbol
Limit Values
Unit Conditions
Min. Typ. Max.
Current Consumption @ Pin V_S
16.4.1 Current Consumption
I_{MCM_norm}
–
(MCM): I_{MCM_norm} = I_{SBC_AM}
+ I_{µC_NM}
16.4.2 Current Consumption
I_{SBC_AM}
–
(SBC): SBC Active Mode
24
30
mA T_j = -40 … 85 °C;
SBC: active mode
μC: normal mode
3
5
mA T_j = -40 … 85 °C;
w/o data transmission;
only SBC; all switches “off”
16.4.3 Current Consumption
I_{µC_NM}
–
21
25
mA T_j = -40 … 85 °C;
(μC): Normal Mode
only μC
16.4.4
16.4.5
Quiescent Current
(MCM): STOP Mode
SBC STOP Mode
with “cyclic wake”
I_{MCM_Stop}
–
I_{SBC_Stop}
–
60
95
μA T_j = -40 … 85 °C;
I_MCM = I_SBC + I_µC
–
80
16.4.6
SBC STOP Mode
without “cyclic wake”
I_{SBC_Stop}
–
50
65
16.4.7
16.4.8
16.4.9
16.4.10
16.4.11
μC Power Down Mode
Quiescent Current
(MCM): STANDBY
μC Power Down Mode
SBC STANDBY Mode
SBC STANDBY Mode
I_{µC_Stop}
–
I_{MCM_Stby}
–
I_{µC_PWR_DWN} –
I_{SBC_Stby}
–
I_{SBC_Stby}
–
10
30
–
95
μA T_j = -40 … 85 °C;
I_MCM = I_SBC + I_µC
10
30
Supply Output (Hall
50
65
Supply) turned-off
250 800 μA Quiescent Current @
T_j = -40 … 85 °C; Supply
Output (Hall Supply)
turned-off; after LIN
wake-up/power-up
16.4.12 Quiescent Current (MCM): I_{MCM_Sleep} –
Sleep Mode
25
40
μA T_j = -40 … 85 °C;
I_MCM = I_SBC + I_µC;
μC “turned-off”
Voltage Regulator; Pin V_CC
16.4.13 Output voltage
16.4.14 Line regulation
16.4.15 Load regulation
16.4.16 Power supply ripple
rejection¹⁾
V_CC
ΔV_CC
ΔV_CC
PSRR
4.9 5.0 5.1 V
1 mA < I_CC < 45 mA;
5.5 V < V_S < 27 V;
C_L ≥ 1 μF; ESR < 6 Ω
–
–
20
mV 5.5 V < V_S < 27 V;
I_CC = 1 mA
–
–
50
mV 1 mA < I_CC < 45 mA;
5.5 V < V_S < 27 V
–
40
–
dB V_r = 1 Vpp; f_r = 100 Hz;
C_VCC = 1 μF
Data Sheet
36
Rev. 3.01, 2008-04-15