SENSOR TEMPERATURE 1-WIRE TO92-3
- The market is evolving. The rules are changing. To keep your time to market short, you need integration at every level—from silicon to the supply chain.
Count on Maxim Integrated to help you overcome design and architectural challenges, with integrated solutions for the industrial, medical, consumer, automotive, energy, computing, and communications realms.
Maxim Integrated is also your source for power, interface, and even digital products that work in the analog world. And they’re glad to support you with reference designs, tools, technical documents, packaging, and more. We invite you to explore their latest analog integration offerings.
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.
How to buy from us
1) Order on-line and choose the delivery express , our service will contact and provide the proforma invoice for make the transaction.
2) Email to firstname.lastname@example.org send the inquiry or order .
We support sample orders or bulk purchase. At the same time, we also support international freight forwarding.
More products information please visit our facebook : www.facebook.com/wintronicelectronic
Welcome to contact us if you have any question.
Your message must be between 20-8000 characters