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L99PM72PXP Datasheet(PDF) 64 Page - STMicroelectronics

Part # L99PM72PXP
Description  Advanced power management system IC with embedded LIN and high speed CAN transceiver supporting CAN Partial Networking
PDF  128 Pages
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Manufacturer  STMICROELECTRONICS [STMicroelectronics]
Direct Link  http://www.st.com
Logo STMICROELECTRONICS - STMicroelectronics

L99PM72PXP Datasheet(HTML) 64 Page - STMicroelectronics

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Electrical specifications
L99PM72PXP
64/128
Doc ID 023553 Rev 3
IOCANH,dom (0V)
CANH output current
in dominant state
Active mode;
VTXDC =VTXDCLOW;
VCANH =0V
-160
-75
-45
mA
IOCANL,dom (5V)
CANL output current
in dominant state
Active mode;
VTXDC =VTXDCLOW;
VCANL =5V
45
75
160
mA
IOCANH,dom (40V)
CANH output current
in dominant state
Active mode;
VTXDC =VTXDCLOW;
VCANH =40V;
VCANL =0V;
VS =40 V
025
mA
IOCANL,dom (40V)
CANL output current
in dominant state
Active mode;
VTXDC =VTXDCLOW;
VCANL =40V;
VCANH =0V;
VS =40 V
47
75
160
mA
Ileakage,CANH
Input leakage current
Unpowered device;
VBUS =5V;
–Vcansupply connect
0
 to GND
–Vcansupply connect
47 k
 to GND(1)
-10
—
10
µA
Ileakage,CANL
Input leakage current
Unpowered device;
VBUS =5V;
–Vcansupply connect
0
 to GND
–Vcansupply connect
47 k
 to GND(1)
-10
—
10
µA
Rin
Internal resistance
Active mode &
V1- standby mode;
VTXDC =VTXDCHIGH;
No load
20
27.5
38
k
Rin,matching
Internal Resistor
matching
CANH,CANL
Active mode &
V1_standby mode;
VTXDC =VTXDCHIGH;
No load;
Rin(CANH) – Rin(CANL)
3%
Rin,diff
Differential internal
resistance
Active mode &
V1_standby mode;
VTXDC =VTXDCHIGH;
No load
50
60
75
k
Cin
Internal capacitance
Guaranteed by
design
20
40
pF
Cin,diff
Differential internal
capacitance
Guaranteed by
design
10
20
pF
Table 28.
CAN transmitter and receiver: pins CANH and CANL (continued)
Symbol
Parameter
Test condition
Min.
Typ.
Max.
Unit



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