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签到天数: 11 天 [LV.3]偶尔看看II
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1 Features2 Q& O6 h1 A8 R( Q5 k9 n: t S: O
Multiple Device Access (MDA):
7 Z. {& ]# b2 t) A: LGlobal Read/Write Operations& ]3 d% P+ v" b" X
I2C™ and SMBus™-Compatible InteRFace
/ ~5 \ Y0 U6 Q, rResolution: 8 Bits
" E+ K$ Q" M; o7 F( IAccuracy: ±1°C Typical (–10°C to 100°C)( n5 Q/ S9 @& g: `
Low Quiescent Current: @2 k/ M s7 |. F
3-μAActiveIQ at0.25Hz, s r4 m8 n9 k7 z9 x1 K+ F
1-μA Shutdown5 u' i$ e* A% f+ g
Supply Range: 1.4 V to 3.6 V$ [+ }5 F* P/ I% U
Digital Output2 v0 ^% y; f" H9 }
% w6 z. P$ X! `; ^3 P0 A# ^/ w
2 Description( J1 M" ~9 j0 \+ V( e K/ Z/ m, i
The ZCC103 is a digital output temperature sensor in
/ c! Y% z( \! c# s: {! v7 k6 ?$ aa four-ball wafer chip-scale package (WCSP). The( o# u7 A& y+ P1 t: f+ q4 b- A
ZCC103 is capable of reading temperatures to a* x! o" H: S' `
resolution of 1°C. 1 u- k1 L0 E, }, a; k4 Q4 {
The ZCC103 features a two-wire interface that is6 X0 d) L e: \" X( z
compatible with both I2C and SMBus interfaces. In
0 j; R/ k, {4 n$ j8 k3 C3 j8 Uaddition, the interface supports multiple device& v% o, e! S7 I. H: h0 G$ Y
access (MDA) commands that allow the master to5 [8 |: v3 {( `" M
communicate with multiple devices on the bus1 F: |$ j0 j& W1 d
simultaneously, eliminating the need to send% t6 D/ y% R1 Y0 C8 r' m
individual commands to each ZCC103 on the bus. $ c4 e+ f1 w. p" j9 T) L4 D
Up to eight ZCC103s can be tied together in parallel
9 j- @! V1 S6 d9 H7 fand easily read by the host. The ZCC103 is" p7 w" b8 K1 x: k
especially suitable for space-constrained, power- 9 ~) Y1 b7 b+ n P% Q2 @
sensitive applications with multiple temperature5 u* ?, x( v7 u6 H4 C( X: r
measurement zones that must be monitored.
* P$ ]6 g1 w7 H) d6 _The ZCC103 is specified for operation over a
J1 s; r) j+ ~) j+ V1 ~temperature range of –40°C to 125°C! W! E0 k4 Q7 g! ]
H4 h- u- V ]. @7 @* g& t7 H8 Z/ S- N$ z- \* w& `9 d% N
2 G8 [' U P! H- x) n* a( b9 F
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