Linx Technologies TXM-xxx-ES - Manual (Page 3)

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Description
Housed in a tiny SMD package, the ES Series offers
an unmatched combination of features, performance
and cost-effectiveness. The transmitter utilizes an
advanced FM / FSK-based synthesized architecture
to provide superior performance and noise immunity
when compared to AM / OOK solutions. A 56kbps
maximum data rate and wide-range analog capability
make the ES Series equally at home with digital data
or analog sources. It provides a host of useful features including power
down, output power adjustment, low voltage detect and a microprocessor
clock source. The ES operates in the 900MHz (US) or 869MHz (EU) band,
which in North America allows a wide variety of applications, including data
links, audio links, home and industrial automation, security, remote control /
command and monitoring. Like all Linx modules, the ES Series requires no
tuning or external RF components except an antenna.
Features
• Ultra-compact SMD package
• FM / FSK modulation
• Wide bandwidth (20Hz to 28kHz)
• Very low current consumption
• Data rates to 56,000bps
• User power-down input
• Low-voltage detect output
• Microprocessor clock output • No production tuning
• No external RF components
needed
• Precision-frequency synthesized
architecture
• Direct interface to analog and
digital sources
• Excellent cost / performance ratio
Applications
• Wireless Data Transfer
• Wireless Analog / Audio
• Home / Industrial Automation
• Keyless Entry
• Remote Control
• Fire / Security Alarms • Wireless Networks
• Remote Status Sensing /
Telemetry
• Long-Range RFID
• RS-232 / 485 Data Links
• Voice / Music Links / Intercom
ES Series RF Transmitter
Data Guide
Figure 1: Package Dimensions
Revised 3/18/2015
24 Common Antenna Styles
26 Regulatory Considerations
0.125"
0.630"
0.510"
LOT ST9xxx
TXM-916-ES
Warning: This product incorporates numerous static-sensitive
components. Always wear an ESD wrist strap and observe proper ESD
handling procedures when working with this device. Failure to observe
this precaution may result in module damage or failure.