SP690T/S/R JAN 30-06 SP690T/S/R, 802/T/S/R, 804T/S/R, 805T/S/R Low Power Microprocessor Supervisory © 2006 Sipex Corporation
2
ABSOLUTE MAXIMUM RATINGS
These are stress ratings only and functional operation of the device at
these ratings or any other above those indicated in the operation
sections of the specifications below is not implied. Exposure to absolute
maximum rating conditions for extended periods of time may affect
reliability and cause permanent damage to the device.
V
CC
..................................................................................-0.3V to 6.0V
V
BATT
................................................................................-0.3V to 6.0V
All Other Inputs (NOTE 1).................................-0.3V to the higher of V
CC
or V
BATT
Continuous Input Current:
V
CC
..................................................................................100mA
V
BATT
..................................................................................20mA
GND..................................................................................20mA
WDI, PFI...........................................................................20mA
Continuous Output Current:
RESET, RESET, PFO.........................................................20mA
V
OUT
......................................................................................100mA
Power Dissipation per Package:
8pin NSOIC (derate 6.14mW/°C above +70°C)..............500mW
8pin PDIP (derate 11.8mW/°C above +70°C)..............1,000mW
Storage Temperature........................................-65°C to +160°C
Lead Temperature(soldering,10sec).............................................+300°C
ESD Rating........................................................4KV Human Body Model
SPECIFICATIONS
V
CC
= 3.17V to 5.50V for the SP690T/SP80_T, V
CC
= 3.02V to 5.50V for the SP690S/SP80_S, V
CC
= 2.72V to 5.50V for the SP690R/SP80_R, V
BATT
= 3.60V, and
T
A
= T
MIN
to T
MAX
unless otherwise noted. Typical values taken at T
AMB
= +25
O
C.
S R E T E M A R A P .N I M .P Y T .X A M ST I N U SN O I T I D N O C
, e g n a R e g a t l o V g n i t a r e p O 0 . 1 5 . 5 s t l o V
V
CC
V r o
YR E T T A B
, ET O N 1
V
CC
I , t n e r r u C y l p p u S
YL P P U S
5 2 04
µA
I g n i d u l c x e
TU O
V
C C
y r e t t a B n i t n e r r u C y l p p u S
e d o M p u k c a B
0 2 04
µA
V
CC
V , V 0 . 2 =
YR E T T A B
,V 3 . 2 =
I g n i d u l c x e
TU O
V
YR E T T A B
n i t n e r r u C y l p p u S
, e d o M y n A ET O N 2
4 . 0 1
µA
I g n i d u l c x e
TU O
V
YR E T T A B
E T O N , t n e r r u C e g a k a e L 3
1 0 0 . 0 5. 0
µA
V
YR E T T A B
E T O N , t n e r r u C e g a k a e L 4 1. 0 -
2 0 . 0
µA
V >V 3 .3
C C
V>
Y R E T T A B
V2 . 0 +
V , e g a t l o V t u p t u O
TU O
V
CC
30 . 0 -
V
CC
3. 0 -
V
CC
51 0 0 . 0 -
V
CC
57 0 0 . 0 -
V
CC
57 0 . 0 -
V
CC
30 0 0 . 0 -
V
A m 5 =I
I
TU O
A m 0 5 =
I
TU O
05 2 = µ V, A
CC
V5 . 2 >
V
TU O
e d o M p u k c a B -y r e t t a B n i V
YR E T T A B
20 . 0 - V
YR E T T A B
54 0 0 . 0 -
V
YR E T T A B
81 0 . 0 -
V
YR E T T A B
51 . 0 -
V
I
T U O
V, A µ 0 5 2 =
YR E T T A B
V3 . 2 =
I
TU O
V, A m 1 =
YR E T T A B
V3 . 2 =
I
TU O
BV , A m 0 1 =
YR E T T A
V3 . 3 =
, d l o h s e r h T h c t i w S y r e t t a B
V
CC
g n i l l a f
5 6 0 . 0
0 3 . 2
5 2 0 . 0
0 4 . 2 05 .2
V
V
YR E T T A B
V-
C C
V,
WS
V>
CC
5E T O N , V 5 7 . 1 >
V
YR E T T A B
V>
CC
6E T O N ,
, d l o h s e r h T h c t i w S y r e t t a B
V
CC
7E T O N , g n i s i r
V
t e s e R e h t o t l a c i t n e d i e r a s e u l a V
V t a s e u l a v d l o h s e r h T
CC
g n i s i r
