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ZULU T Smart Radio Telemetry Module Features Small Form Factor • 2 Analogue I/O (10bit) • Data Reception LED • Secure Data Protocol • Easy Pairing Process • One to One operation • M100mW Transmit Power • 10 Digital Input / Outputs •...
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ZULU Telemetry General Description of Operation Each module can be set to act as a ‘ Transmitter’ or ‘Receiver’ A remote telemetry system is achieved when two modules are paired together, as transmitter (ZuluTx) and receiver (ZuluRx). Each time an input changes on the ZuluTx, it will transmit the status of its inputs to the paired ZuluRx(s).
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ZULU Telemetry The following descriptions apply to the Zulu Module in TRANSMITTER Mode When configured as a Transmitter the ZULU Module will automatically default to low power sleep mode until any input state change takes place. On receipt of an input state change the ZuluTx will transmit a packet showing the status of all inputs (multiple state changes can take place simultaneously).
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ZULU Telemetry Transmitter example application circuit XTAL Analogue Inputs ZULU-T RF Fault TX LED RX LED SWITCH INPUTS 8 - 10 SWITCH INPUTS 3 - 7 Notes: Watchdog is ON Channel selected is 869.500 Analogue inputs active...
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ZULU Telemetry The following descriptions apply to the Zulu module in RECEIVER mode Analogue outputs (pin 4, 5) If enabled the ZuluRx outputs PWM signal. The PWM may be used directly (e.g. for motor control) The PWM signal is a proportional digital output representing the analogue input. If the analogue input is 0V then the PWM output will be ‘0’...
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ZULU Telemetry Receiver Application Circuit XTAL Analogue Outputs ZULU-T LEARN RF Fault TX LED RX LED LED OUTPUTS 8 - 10 LED OUTPUTS 3 - 7 Notes: Watchdog is ON Channel Selected is 869.500 Analogue outputs active...
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ZULU Telemetry Application Example ONE to ONE Transmit Input 1 - 10 Zulu Zulu Output 1 - 10 Signal Transmitter Receiver Acknowledge In this application the outputs at the receiver will track the inputs at the transmitter. The receiver outputs are acknowledged back to the transmitter. If required the Watchdog can be enabled to inform the user if the RF system has a fault.
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ZULU Telemetry Mechanical Dimensions ZULU Notes 1. Pins 1.27mm pitch 2. Pin Dims 0.4mm sq 3. All dims in mm Range The antenna choice and position directly controls the system range. Keep it clear of other metal in the system. The best position by far, is protruding vertically from the top of the product. This is often not desirable for practical reasons and thus a compromise may be needed.
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ZULU Telemetry Technical Specifications Absolute Maximums Temperature Range: Storage –50 to +125 DC Characteristics Parameter Units Supply Voltage Voltage on any Input VDD >2.2V VDD <2.2V VDD + Max Input power (thro Antenna) Parameter Typical Units Supply Voltage Operating Temperature Zulu Tx Supply Current: When Transmitting When sleeping...
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ZULU Telemetry System Characteristics Parameter Typical Units Time from Zulu Tx input activation time to Zulu RX out- put Activation Time from Zulu Tx input activation time to Zulu RX out- put Relaxing...
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ZULU Telemetry ZuluT Evaluation Board The ZULU EVAL Boards provide a ready to go platform which can be used for evaluation or complete projects. These boards demonstrate the capabilities of ZULU Modules. Features Provides a Radio Link with; • 10 Digital Channels •...
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ZULU Telemetry ZuluT Evaluation Board Configuration Antenna Antenna Status LED’s Analogue ZULU Outputs Analogue ZULU RS232 Comms Module RS232 Comms (PWM) Inputs Module (not fitted as (not fitted as standard) standard) Comms Selector Link Comms Selector Link All centre to RS232, or All centre to RS232, or All Centre to USB All Centre to USB...
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ZULU Telemetry Pairing Process In order to pair together a Transmitter and receiver, On the Receiver Briefly press the Receiver ‘Sync Button’ Briefly operate any of the transmitter buttons For all other operation please refer to the ZULU Module operation Analogue in / PWM Out When using the analogue RF link, by turning the potentiometer VR1 or VR2, outputs 1 and 2 at the receiver will vary between 0 and 100% PWM, the EVAL-T board has these outputs con-...
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RF Solutions Ltd shall not be liable for any loss or damage caused as a result of user’s own determination of how to deploy or use RF Solutions Ltd’s products. Use of RF Solutions Ltd products or components in life support and/or safety applications is not authorised except with express written approval.
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