SENSOR TEMPERATURE 1-WIRE TO92-3
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Temperature Sensor Digital, Local -55°C ~ 125°C 11 b TO-92-3
|Sensor Type||Digital, Local|
|Sensing Temperature - Local||-55°C ~ 125°C|
|Sensing Temperature - Remote||-|
|Voltage - Supply||3 V ~ 5.5 V|
|Features||Output Switch, Programmable Limit, Programmable Resolution|
|Accuracy - Highest (Lowest)||±0.5°C (±2°C)|
|Test Condition||-10°C ~ 85°C (-55°C ~ 125°C)|
|Operating Temperature||-55°C ~ 125°C|
|Mounting Type||Through Hole|
|Package / Case||TO-226-3, TO-92-3 (TO-226AA)|
|Supplier Device Package||TO-92-3|
How to Power the Extended Features of 1-Wire® Devices
Abstract: A 1-Wire bus provides both communication and power between a host and slave devices on a single line. Some 1-Wire devices offer extended features, which include EEPROM, temperature measurement, and a SHA-1 engine. Operation of these special features can require additional power, so the 1-Wire device's pullup resistor (RPUP) must be sized accordingly. Introduction The 1-Wire bus is a simple signaling scheme that performs half-duplex bidirectional communications between a master controller and one or more slaves, all sharing a common data line. Both power delivery and data communication take place over this single line. Most 1-Wire devices use very little power, on the order of tens of microamps, to operate and communicate. Some 1-Wire devices, however, need more power during specific operations, such as an EEPROM write or a device-specific calculation or measurement. During these periods of increased power demand, it is important that the voltage on the 1-Wire bus does not fall below the device's minimum operating pullup voltage (VPUP). For most parasitic-powered 1-Wire devices, the minimum operating voltage (VPUP) is 2.8V.
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