DSL+Receiver+System


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DSL- Receiver System • • • • **Description:** The DSL receivers are a completely new receiver system for model radio control systems, offering unprecedented facilities and transmission security. The receiver also incorporates servo functions which have never been implemented before. DSL-Receeivers are DDS-10, DSL-8DSQ, DSL-6 • The DSL receivers utilises **PCS technology **(Pulse Controlling System), a new process designed to prevent unwanted servo deflections in PPM operation. The system smoothes out any deflections, but allows slight servo unrest or delayed servo response to occur, thereby enabling the pilot to realise that there may be a problem. There is no hysteresis at the switch-off point. Programmable servo positions can be set if interference should occur (fail-safe). Two DSL receivers can be coupled via the **DSL port **(data interface) to form a **Diversity receiver unit **. This arrangement completely suppresses reception problems such as directional effects and signal blanking, providing a significant improvement in effective range and safety margins. The coupled receivers also provide twice the number of freely programmable servo outputs. The DSL-System opens up **completely new possibilities for Trainer operations, **requiring no special modules or add-ons in the two transmitters. The revolutionary **SPS system **(Servo Programming System) allows all servos to be assigned to any output with complete freedom, even when a Diversity system is in use. All servo travels and directions are variable, and three additional mixer functions are available for each servo output. The mixers are variable, and can be triggered (switch function) by all servo channels, battery voltage, field strength values or fixed values. These integral features make complex transmitters superfluous, and provide adjustment facilities which are not possible even with the most expensive transmitter. These features relieve the transmitter software of nearly all of its work. The receiver features an **internal data memory **which permits the user to record and display in graphic form any variations in field strength and battery voltage. This means that you can analyse the changes in battery voltage during the last 20 minutes of a flight, and optimise the installation of the receiver aerial to eliminate problems shown up by the recorded data.

Markyño La Torre