Datasheet > TSIC-306

TSIC-306

更新时间： 2024-09-20 03:26:19

品牌	Logo	应用领域
ZMD		传感器温度传感器
页数	文件大小	规格书
2页	438K
描述
High Precision, Rapid Response, Low Cost Temperature Sensor IC

阅读下载

中文翻译

获取价格

数据手册

如果您发现信息不准确，欢迎纠错

TSIC-306 数据手册

TSic™- 306

High Precision, Rapid Response, Low Cost Temperature Sensor IC

Feature Sheet

Features

Brief Description

Low cost, precision temperature sensor

The TSicä temperature sensor IC family are fully test-

ed and calibrated sensors with absolute measurement

accuracy on delivery – no further calibration needed.

The TSicä combines outstanding accuracy with long

term stability, yet it is very simple to use.

Single-wire 11-bit digital serial signal output

compatible with state-of-the-art µP controllers

Communication range > 10 meters

Resolution: 0.1ºC

The TSicä series is specifically designed for high per-

formance, cost-effective solutions for sensing temper-

ature in building automation, automotive, industrial,

office automation, white goods and low-power/mobile

applications.

Accuracy: ±0.3ºC over a span of 80°C

Wide measurement range: –50 to +150 ºC

Signal read-out every 0.1s (other rates available

on request)

V+ supply voltage: 2.97 to 5.5V (industry

standard); 3.3V or 5V (±10%) power supplies

TSicä employs a high precision bandgap reference

with PTAT output; a low-power, precision ADC; and

an on-chip DSP core with EEPROM to precisely

calibrate the output temperature signal. The TSicä

series includes ICs with two linear analog signal

output options, such as standard 0~1Vout (V+ = 2.97V

to 5.5V) or ratiometric (10~90% of V+; i.e.,

0.5~4.5Vout @ V+ = 5V) or the digital serial output

signal for interfacing with mP controllers.

Package: 8-pin SOIC

Low quiescent current: <80µA at 25°C with 3.3V –

minimizes self-heating errors for applications such

as wall-mounted thermostats

System-on-a-chip based on advanced mixed-

signal technology integrating precision tempera-

ture sensing bandgap reference with proportional-

to-absolute-temperature (PTAT) output, digital

signal processor (DSP) core, and electrically

erasable memory (EEPROM)

Benefits

Several accuracy classes available with 100%

upward compatibility

Package Information

No calibration by customer needed; absolute

calibration specified

TSic^TM306 SOP8: 150mil, Standard SMT Package,

SOIC, Based on IEC 191-2Q, Type 076E35 B.

Simple to integrate, reducing cost and time for

application-development

Other packages available on demand: TSic^TM306

e-line; 3 pin THT package.

Fast data measurement – optimal for temper-

ature control

Packages for standard SMD, THT or applica-

tion specific assembly

Name

Description

V+

Supply voltage

(3.0-5.5V)

Very low power consumption – ideal for

mobile and standard applications

Signal

Gnd

Temperature

output signal

Field reconfiguration/recalibration option

available (high volume customers only)

Ground

Outstanding long term stability

3, TP/NC

5-8

Test pin / NC

Do not connect

TSic^TM306 Feature Sheet, Rev. 3.3, July 18, 2005

Page 1 of 2

consent of the copyright owner.

中文翻译

下载PDF

与TSIC-306相关器件

型号	品牌	获取价格	描述	数据表
TSIC306FCB	ZMD	获取价格	High Precision Temperature Sensor IC
TSIC306FCT	ZMD	获取价格	High Precision Temperature Sensor IC
TSIC306FCU	ZMD	获取价格	High Precision Temperature Sensor IC
TSIC306FDB	ZMD	获取价格	High Precision Temperature Sensor IC
TSIC306FDT	ZMD	获取价格	High Precision Temperature Sensor IC
TSIC306FDU	ZMD	获取价格	High Precision Temperature Sensor IC
TSIC306FSB	ZMD	获取价格	High Precision Temperature Sensor IC
TSIC306FST	ZMD	获取价格	High Precision Temperature Sensor IC
TSIC306FSU	ZMD	获取价格	High Precision Temperature Sensor IC
TSIC306FTB	ZMD	获取价格	High Precision Temperature Sensor IC

与TSIC-306相关文章

摩尔斯微电子在美国约书亚树国家公园测试 Wi-Fi HaLow
2024-09-18

34
贸泽上架Tallysman TW5386智能GNSS天线
2024-09-18

31
SL74HC10N：高性能三输入与非门解析
2024-09-03

104
AIC1781A 电池充电控制器深度解析
2024-09-03

100

产品中心

服务支持

精选活动

关于我们

帮助中心

TSIC-306

TSIC-306 数据手册

与TSIC-306相关器件

与TSIC-306相关文章

您还可以找

产品中心

服务支持

精选活动

关于我们

帮助中心

TSIC-306

TSIC-306 数据手册

与TSIC-306相关器件

与TSIC-306相关文章

您还可以找

您在本页遇到什么问题？