SI9241AEY Datasheet, PDF (3/5 Pages) Vishay Siliconix – Single-Ended Bus Transcei

Si9241AEY
Vishay Siliconix
SPECIFICATIONS
Parameter
Symbol
Transmitter and Logic Levels
Test Conditions Unless Specified
V_DD = 4.5 to 5.5 V
V_BAT = 6 to 36 V
Temp^a
Min^b
Limits
−40 to 125_C
Typ^c
Max^b
Unit
CS, TX Input Low Voltage
CS, TX Input High Voltage
TX Input Capacitance^d
CS, TX Input Pull-up Resistance
K Transmit
V_ILT
V_IHT
C_INT
R_TX, R_CS
V_DD = 5.5 V, TX or CS = 1.5 V, 3.5 V
Full
Full
3.5
1.5
V
Full
10
pF
Full
10
20
40
kW
K Output Low Voltage
K Output High Voltage
K Rise, Fall Times
K Output Sink Resistance
K Output Capacitance^d
Receiver
V_OLK
V_OHK
t_r, t_f
Rsi
C_O
R_L = 510 W "5%, V_BAT = 6 to 18 V
R_L = 1 kW "5%, V_BAT = 16 to 36 V
R_L = 510 W "5%, V_BAT = 4.5 V
R_L = 510 W "5%, V_BAT = 4.5 to 18 V
R_L = 1 kW "5%, V_BAT = 16 to 36 V
See Test Circuit
CS = 0 V, TX = 0 V
Full
Full
Full
Full
0.95 V_BAT
Full
0.95 V_BAT
Full
Full
Full
0.2 V_BAT
0.2 V_BAT
1.2
V
9.6
ms
110
W
20
pF
K Input Low Voltage
K Input High Voltage
K Input Hysteresis^{,c, d}
K Input Currents
RX Output Low Voltage
RX Pull-up Resistance
RX Turn On Delay
RX Turn Off Delay
Supplies
V_ILK
V_IHK
V_HYS
I_IHK
V_OLR
R_RX
t_d(on)
t_d(off)
CS = 4 V
V_IHK = V_BAT
V_ILK = 0.35 V_BAT
I_OLR = 1 mA
R_L = 510 W "5%, V_BAT = 6 to 18 V
C_L = 10 nF, See Test Circuit
R_L = 1 kW "5%, V_BAT = 16 to 36 V
C_L = 4.7 nF, See Test Circuit
R_L = 510 W "5%, V_BAT = 6 to 18 V
C_L = 10 nF, See Test Circuit
R_L = 1 kW "5%, V_BAT = 16 to 36 V
C_L = 4.7 nF, See Test Circuit
Full
0.35 V_BAT
Full
0.65 V_BAT
V
Full
0.05 V_BAT
Full
20
mA
Full
0.4
V
Full
5
20
kW
Full
3
10
Full
3
10
ms
Full
3
10
Full
3
10
Bat Supply Current On
Bat Supply Current Off
Bat Supply Current Standby
Logic Supply Current On
Logic Supply Current Off
Miscellaneous
I_BAT(on)
CS = TX = 0 V, V_BAT v 16 V
Full
I_BAT(off)
CS = High, V_BAT v 12 V, TX = High^f
Full
I_BAT(SB)
V_DD v 0.5 V, V_BAT v 12 V
Full
I_DD(on)
V_DD v 5.5 V, TX = 0 V
Full
I_DD(off)
CS = High, V_BAT v 12 V, TX = High^f
Full
1.2
3
mA
120
220
t1
10
mA
1.4
2.3
mA
10
mA
TX Transmit Baud Rate
RX Receive Baud Rate^c
BR_T
BR_R
R_L = 510 W, C_L = 10 nF
6 V t V_BAT < 16 V, C_RX = 20 pF
Full
10.4
Full
200
Transmission Frequency
f_K-RXK
6 V t V_BAT < 16 V, R_K = 510 W, C_K v 1.3 nF
Full
50
200
Fault Output Low Voltage
CS Minimum Pulse Width^{d, e}
Over Temperature Shutdown^d
Temperature Shutdown Hysteresis^c
V_OLF
t_cs
T_SHUT
T_HYST
CS = T_X = 0 V, K = V_BAT, I_OLF = 1 mA
Temperature Rising
Full
Full
1
160
180
30
Notes
a. Room = 25_C, Cold and Hot = as determined by the operating temperature suffix.
b. The algebraic convention whereby the most negative value is a minimum and the most positive a maximum, is used in this data sheet.
c. Typical values are for DESIGN AID ONLY, not guaranteed nor subject to production testing.
d. Guaranteed by design, not subject to production test.
e. Minimum pulse width to reset a fault condition.
f. High referes to Logic High and Low refers to Logic Low.
kBaud
kHz
0.4
V
ms
_C
Document Number: 70787
S-40137—Rev. E, 16-Feb-04
www.vishay.com
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