The QMR1 miniature receiver UHF radio module enables the implementation of a simple telemetry link at data rates of up to 10Kbit/s when used with one of the compatible Quasar transmitter modules Available for operation at 433.92 and 868 MHz these modules are able to receive at distances of up to 100 m (433.92 MHz version). The QMR1 module will suit one-to-one and multi-node wireless links in applications including building and car security, remote industrial process monitoring and computer networking. Because of its small size and low power requirements, the module is ideal for use in portable battery powered wireless applications.

The QFMT1 miniature transmitter UHF radio module enables the implementation of a simple telemetry link at data rates of up to 10Kbit/s when used with one of the compatible Quasar receiver modules. Available for operation at 433.92 and 868 MHz these modules are able to transmit at distances of up to 100 m (433.92 MHz version). The QFMT1 module will suit one-to-one and multi-node wireless links in applications including building and car security, remote industrial process monitoring and computer networking. Because of its small size and low power requirements, this modules is ideal for use in portable battery powered wireless applications.

Transmitter :-

Temp range -20C +55C

European versions;

868.4 MHz for 10% duty cycle band

869.85 MHz for 100% duty cycle band

American version;

915.0 MHz

Bandwidth efficient PLL technology

Receiver

Single conversion FM superhetrodyne using RF SAW and ceramic IF filtering at 10.7 MHz (image rejection 60dB)

Analogue, digital outputs

Signal strength output (RSSI)

Incorporates AGC resulting in improved dynamic range

Dynamic range better than 120dB

Single 5V supply

The T6 AND R6 miniature UHF radio modules enable the implementation of a reliable telemetry link at data rates of up to 64 kbits/s.

The T6 is based on a classical phase lock loop using a crystal reference oscillator. This results in an accurately controlled RF output in the frequency domain. A significant advantage of this is that narrow filtering can then be used in the receiver, which results in high interference immunity. In addition, the modules are fitted with an on-board voltage regulator which enhances performance from improved supply filtering and also ensures a constant RF output level.

The R6 is based on the single conversion superhet principle utilising a crystal based phase lock loop for accurate generation of the local oscillator. This allows use of high Q bandpass filters resulting in good adjacent channel selectivity and high interference immunity.

The T6 and R6 modules will suit one-to-one and multi-node wireless links in applications including building and car security, remote industrial process monitoring and computer networking. Because of its small size and low power requirements, these modules are ideal for use in portable battery powered wireless applications. These modules may be used within areas of high interference, or 'radio traffic'. Due to the design, they provide a highly reliable radio link.