LT2510 FlexRF® 2.4GHz Wireless Module

LT2510

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LT2510 FlexRF® 2.4GHz Wireless Module Features:

Low interference, reduced multipath
High throughput, excellent security
Ultra-low power consumption
Long range capability
True peer-to-peer protocol
Miniature SMT form factor
Global acceptance
Battery monitor, temperature sensor, timers, GPIO, ADC, DAC

Flexible RF Protocol
Embedded into Laird Technologies' 900MHz and 2.4GHz FHSS modules, FlexRF® technology supports unrivalled flexibility in industrial wireless applications. OEMs have the ability to control and optimize both the radio module and the network, allowing them to develop a highly reliable system for their specific application. Numerous "software hooks" empower, control, and provide flexibility. They allow designers to mould the communication link around applications, as opposed to squeezing the application into a fixed communication technology or standard. Additionally, each transceiver is designed to provide OEMs with a feature-rich, high-performance, configurable, secure, compatible, integrated solution, allowing OEMs to build the most optimised network possible.

Specifications:
Parameter	T100S1x	T01WS1U
Interface	SMT	SMT
Frequency	2400-2483.5 MHz	2400-2483.5 MHz
RF Data Rate	290kbps	290kbps
Serial Interface Options	3.3V TTL	3.3V TTL
Serial Interface Data Rate	Up to 230, 400 baud	Up to 230,400 baud
Variable Conducted Output Power	+ 4 to + 17 dBm	+ 12 to + 27 dBm
Power Consumption	Tx < 125 mA	< 950 mA
Average Rx	< 10 mA	< 10 mA
Hibernate	< 0.7 μA	< 0.7 μA
Channels	79 U.S./Canada, 40 Europe	79 U.S./Canada, 40 Europe
Sensitivity (BER 10-6)	-93 dBm	-93 dBm
Voltage	3.3 Vdc	3.3 Vdc
Range (Indoor, Outdoor)	179 m, 2.0 km	425 m, 15 km
Temperature	-40°C to +85°C	-40°C to +85°C
Dimensions	28 x 44 x 5.5 mm	28 x 44 x 5.5 mm
Antenna	U.FL connector; chip antenna	U.FL connector

Ordering Information:
Part Number	Description
T100S1x	FlexiRF® 2.4GHz wireless module with built-in chip antenna
T01WS1U	FlexiRF® 2.4GHz wireless module with U.FL connector for external antenna

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