AS5130ATST AMSCO [austriamicrosystems AG], AS5130ATST Datasheet - Page 7

• Manufacturer Part Number: AS5130ATST
• Description: 8 Bit Programmable Magnetic Rotary Encoder with Motion Detection & Multiturn
• Manufacturer: AMSCO [austriamicrosystems AG]

AS5130
Data Sheet - E l e c t r i c a l C h a r a c t e r i s t i c s
Table 3. Electrical Characteristics (Continued)
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DC/AC Characteristics for Digital Inputs and Outputs
CMOS Input
Programming Parameters
8-bit PWM output
Tamb
V
Wake
V
Symbol
PW
V
PW
T
V
out_wake
N
I
t
R,unprog
I
t
PW
f
PROG
PROG
V
t
PwrUp
LEAK
V
R,prog
delay
PROG
PWM
V
V
slew
C
PWM
up
OH
OL
IH
MAX
IL
PROG
MIN
L
LSB
P
Angle difference threshold for
High level Output voltage
Low level Output Voltage
Analog readback voltage
High level Input voltage
Low level Input Voltage
Input Leakage Current
Programming ambient
Programming Voltage
Programming Current
wake up generation
Programming time
PWM pulse width
PWM pulse width
Capacitive Load
PWM resolution
PWM frequency
Wake up output
Power up time
Time Rise Fall
PWM period
temperature
Parameter
Slew Rate
from the external buffer capacitor via
External capacitive load C_L = 35pF
Fall time of the internal driver t_fall =
Rise time of the internal driver t_rise
(Supplied during t
External series resistance R = 0Ω
during Analog Readback mode at
Junction temperature T
Factory setting is 4 LSB, value is
register and can be changed by
Startup from sleep power mode
Open drain output with tri-state
accessible by SSI in buffered
timing is internally generated
over full temperature range
static voltage at pin PROG
CMOS Output
Startup with preset AGC
Revision 1.00
angle = 358.6º (FF
behavior, see Fig 10
during programming
Startup from zero
=1 / PWM period
angle = 0º (00
Conditions
DV
pin PROG
customer.
= 3ns
DD
3ns
off
pin)
phase of AV
H
J
)
= 136ºC
H
)
DD
150,9
151,5
V
0.7 x
5,44
0,59
Min
V
0.5
8.0
2,2
DD
0
0
2
DD
-
0,556
142,3 134,61
142,8
Typ
8
7
VSS +
0,526
2000
0.3 x
9,18
Max
V
135
250
150
127
100
0.4
8.5
0.5
3,5
35
30
15
85
5
1
4
DD
Units
LSB
kHz
mA
µA
pF
us
ns
ns
ºC
µs
bit
µs
µs
µs
7 - 41
V
V
V
V
V
V
V