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TRM-915-R250-CFT Datasheet(PDF) 3 Page - Linx Technologies |
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TRM-915-R250-CFT Datasheet(HTML) 3 Page - Linx Technologies |
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3 / 39 page ![]() – – 1 Description The 250 Series RF transceiver module is designed for reliable bi-directional transfer of serial data over distances of up to 4 miles (6.4km) line of sight. Operating in the 902 to 928MHz frequency band, the module is capable of generating +23.5dBm into a 50-ohm load and achieves an outstanding typical sensitivity of –105dBm. This high output power gives the module exceptional range and also helps overcome noisy environments at shorter ranges. The module implements a Frequency Hopping Spread Spectrum (FHSS) protocol along with networking and assured delivery features. It has a Universal Asynchronous Receiver Transmitter (UART) serial interface that can be directly connected to microcontrollers, RS-232 converters or USB adaptors. The module automatically handles all radio functions resulting in a UART-to-antenna wireless link. All configuration settings and data are accessed through the UART interface. Features • True UART to antenna solution • Frequency Hopping (FHSS) • 153.6kbps max RF data rate • Includes robust protocol (CSMA, assured delivery, addressing) • Low Power Standby, Sleep and Deep Sleep modes • Adjustable output power • 32-bit unique address • 5 volt tolerant I/O Applications • Direct RS-232/422/485 Wire replacement • Asset tracking • Automated meter reading • Industrial/home automation • Wireless sensors • Remote data logging • Fleet management • Traffic and display signs • Mass-transit communications • Oil and gas sensing • Long-range data links TRM-915-R250 RF Transceiver Module Data Guide Figure 1: Package Dimensions Revised 3/18/2015 1.200” (30.48mm) 1.200” (30.48mm) 0.170” (4.32mm) A large-print version of this document is available at www.linxtechnologies.com. 35 Configuration Registers 58 Typical Applications 58 Power Supply Requirements 59 Antenna Considerations 59 Helpful Application Notes from Linx 60 Interference Considerations 61 Microstrip Details 62 Pad Layout 62 Board Layout Guidelines 64 Production Guidelines 64 Hand Assembly 64 Automated Assembly 66 General Antenna Rules 68 Common Antenna Styles 70 Regulatory Considerations |
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