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本帖最后由 Heaven_1 于 2023-2-17 09:50 编辑
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. u3 b' t- _- e1 Features1 I* {" R3 n G4 h, [/ F" _
Multiple Device Access (MDA):7 L7 Y9 l9 Q% J' _0 u
Global Read/Write Operations
" x8 F& W0 s+ k6 OI2C™ and SMBus™-Compatible InteRFace2 ~; C' h( y' E1 q: V% B: x
Resolution: 8 Bits
% N- f, k6 ? E0 z/ A9 H3 Description
# j3 \2 p' A p/ t2 d+ ?0 nThe ZCC103 is a digital output temperature sensor in' }, I9 D/ D" w4 _$ A
a four-ball wafer chip-scale package (WCSP). The: Q3 C# D" n' O7 b
ZCC103 is capable of reading temperatures to a4 T" V" I% i3 d4 R! F; a
resolution of 1°C.
+ S, n: E+ j5 _The ZCC103 features a two-wire interface that is, R' H- p+ D' o( B% X
compatible with both I2C and SMBus interfaces. In: g [5 f! W4 M
addition, the interface supports multiple device/ w+ | `1 R6 Z
access (MDA) commands that allow the master to) d9 X1 T4 @; J( j7 u. I
communicate with multiple devices on the bus" x7 a+ c7 `* ?) v" X& r' Y, |8 U
simultaneously, eliminating the need to send: t- q6 R* J9 j% a
individual commands to each ZCC103 on the bus.
" k6 ^+ ~4 o1 vUp to eight ZCC103s can be tied together in parallel, e% w" m0 [) n2 D6 |; R
and easily read by the host. The ZCC103 is* [3 I' R+ |+ J9 c2 k
especially suitable for space-constrained, power-
' v$ r2 |7 Q0 W' s6 }: R0 Vsensitive applications with multiple temperature: R: R0 R) h& N; g1 s4 `7 r
measurement zones that must be monitored.+ {2 Q' e3 F+ G5 q
The ZCC103 is specified for operation over a+ D8 J( a8 \1 N% c: y
temperature range of –40°C to 125°C0 m7 o6 e3 q, C, q. w2 U) ~2 `
.Device Information(1)6 _$ a& A6 T3 t2 l; D" o" z
Accuracy: ±1°C Typical (–10°C to 100°C)
3 S! E/ m( l# DLow Quiescent Current:
& G. ? l) Q. t; V4 S: f4 `; `! ^7 w3-μAActiveIQ at0.25Hz
s2 ~8 F0 e" J+ Z1-μA Shutdown/ z# U0 @6 z& ?$ I
Supply Range: 1.4 V to 3.6 V
; u h3 V4 f5 H( T5 ]Digital Output) O) Y3 C4 y P
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