BiM1T-151.300-10-POC - POCSAG compliant narrowband FM transmitter 151.300MHz, 10kbps, 100mW, AUS

Technical Summary

• Size: 33 x 23 x 10mm
• Operating frequency: 151.300MHz
• Transmit power: 20dBm (100mW) nominal
• Supply range: 3.8V - 15V @ 100mW; 3.0V-16V @ 10mW
• Current consumption: 80mA transmit @ 100mW, 8mA receive
• Data bit rate: 10kbps max. (standard module)
• RSSI output with >60dBm range
• 10kbps, -120dBm sensitivity (for 12 dB SINAD)

BiM1T-151.300-10-POC - POCSAG compliant narrowband FM transmitter 151.300MHz, 10kbps, 100mW, AUS

BiM1T-151.300-10 Transmitter

• VHF Narrowband FM Radio Transmitter
• Frequency: 151.300MHz
• Data Rate: 10kbps
• TX Power: 100mW
• Country: AUS
• Radiocommunications (Low Interference Potential Devices) Class Licence 2000

Overview

• The BiM1 VHF transceiver modules offer a 100mW RF output wireless data link in Radiometrix transceiver standard pin-out and footprint. This makes the BiM1 ideally suited to those low power applications where existing wideband transceivers provide insufficient range.
• The BiM1 is a half duplex radio transceiver module for use in long range bi-directional data transfer applications at ranges up to 10kilometres. The module operates on the UK licence exempt frequency of 173.225/173.250MHz with 10mW RF output and Australian frequency of 151.300MHz with 100mW RF output. The small footprint of 23 x 33mm and low profile of 10mm together with low power requirements of <80mA (for 100mW) at 3.8V enables convenient PCB installation. BiM1 is also available as separate BiM1T transmitter and BiM1R receiver which can be used as dual-in-line equivalents of TX1 transmitter and RX1 receiver respectively.

Features

• Conforms to EN 300 220-3 and EN 301 489-3 (10mW version only)
• Standard frequency 151.300MHz
• Other frequencies from 120MHz to 180MHz
• Available separately as BiM1T transmitter and BiM1R receiver
• TX1H is a BiM1T in TX1 pin-out
• Data rates up to 10kbps for standard module
• Usable range over 10km
• Fully screened
• Feature-rich interface (RSSI, analogue and digital baseband)
• Low power requirements