You May Have to Adjust the Startup Delay Period ................12 Pistol Grip Radios Not Recommended....................12 CHAPTER 3 – HOW TO WIRE THE SHOCKWAVE 3 MODULE ..............13 Wiring for One Throttle With Receiver Battery ..................13 Wiring for One Throttle Without Receiver Battery ................14 Wiring For Twin Motors/ESCs With ONE Throttle Channel ..............
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Remote Scroll Through Mode ....................... 22 Remote E-Z-Sync ........................... 23 CHAPTER 7 – CONNECTING THE SHOCKWAVE 3 MODULE TO YOUR PC ..........24 How to Correctly insert the micro-USB Plug into the micro-USB connector ........24 Power Up The Transmitter and Receiver First ..................25 Transferring files Between the PC and the ShockWave 3 Sound Module ..........
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Switched Outputs for Smoker Fan Control ................... 45 Use external transistors for INDUCTIVE LOADS OR high currents............46 CHAPTER 15 – HOW TO USE AFTERBURNER LED LIGHT SETS WITH THE SHOCKWAVE 3 ....... 47 Use Header 2 (H2) for Afterburner LED Connections ................48 Setting the Throttle Position for Afterburner Sound ................
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CHAPTER 17 – THE DOPPLERFX FEATURE ....................51 Orientation of the 4-Wire Cable Connector On ShockWave 3 Board ..........51 The DopplerFXSettings.txt File On The MicroSD Card ................52 DopplerFXSettings.txt File Default Contents ................52 CHAPTER 18 – HARDWARE SETTINGS ....................... 53 BasicHardwareSettings.txt file default contents ..................
The SPKR terminals MUST NOT be connected to anything other than the appropriate loudspeaker for the supply voltage used. 4. The ShockWave 3 sound module receives its power from the receiver battery through the THTTL1/2 servo leads. The ESC(s) should be connected to the receiver throttle output(s) using or SOUND1/2/3 the supplied male-male-female Y servo lead.
SOUND1/2/3 cables, in addition to power supplied to the Blue terminal block. REMOVING POWER FROM THE SHOCKWAVE 3 Because of large storage capacitors on-board the ShockWave 3 sound module, when power is removed from the blue terminal block it may take as long as 20 seconds for the voltage at the terminals to discharge to close to zero.
The default wait period is 6 seconds but can be set to between 3 and 20 seconds using the ShockWave 3 PC Control Panel->Hardware Tab or by manually editing the new BasicHardwareSettings.txt...
Because the ShockWave 3 sound module’s RC inputs respond so fast they may be susceptible to picking up radio interference from the telemetry transceiver on the servo leads which can cause erratic control of the sounds.
In that case, you need to increase the Startup Delay period by editing the BasicHardwareSettings.txt file on the microSD card of the ShockWave 3 module. It has a minimum value of 3 seconds and a maximum value of 20 seconds.
CHAPTER 3 – HOW TO WIRE THE SHOCKWAVE 3 MODULE WIRING FOR ONE THROTTLE WITH RECEIVER BATTERY Although some modellers favour using their ESC BEC (Battery Eliminator Circuit) to power their receiver, we do not recommend that set-up for high power systems. Depending upon the wiring, currents involved, and the quality of the ESC BEC, it can introduce radio interference on the receiver power leads.
SOUND1 ANY AUX. CHNL (GNSS) PORT THTTL2 you will for model airplanes and THROTTLE1 THTTL1 BATT -VE helicopters. ShockWave 3 Battery wires should be SPKR tightly twisted together MODULE SPKR BATT +VE You will require an additional SW 3/4 Signal wire colour...
ANY AUX. CHNL (GNSS) PORT THROTTLE2 THTTL2 This wiring for two motors is very THTTL1 THROTTLE1 BATT -VE similar to that for one motor, just ShockWave 3 SPKR Battery wires MODULE SPKR duplicated. should BATT +VE be tightly twisted SW 3/4...
Harrison. The ShockWave 3 microSD Card connector is a push-push type - you push the card in to insert and lock it and push it again to release the card for removal. When inserting the microSD Card, make sure it is pushed fully home so that the latching mechanism prevents it from accidentally being removed.
Example: SpitfireMerlinSoundSet.sfx8 If this second line is present, the .sfx8 file named there will ALWAYS be used when the ShockWave 3 module is powered up. In this case, Scroll Through Mode is disabled. If this second line is blank, the Scroll Through Mode is enabled and you can scroll through the available .sfx8 files either locally using BUTTON1 or BUTTON2 or remotely using a switched RC Channel...
7. At this point the ShockWave3 sound module will store the selected new filename in a memory chip on the board. Thereafter, every time the ShockWave 3 is powered up it will use the new file referred to in that memory chip.
CHAPTER 5 – SYSTEM SOUNDS System sounds are those sounds used by the ShockWave 3 sound module itself as prompts, status announcements or for voice guided instructions. SWITCHING THE INITIAL VOICE ANNOUNCEMENT ON AND OFF The initial Voice Announcement of the configured sound set is enabled by default when the module is delivered.
CHAPTER 6 – HOW TO CONFIGURE YOUR SOUND MODUL E REMOTELY The ShockWave 3 sound module supports making some configuration settings using the two on-board push buttons. When mounted inside a model these buttons are likely inaccessible, so some configuration options can be set remotely from your radio transmitter.
CHAPTER 7 – CONNECTING THE SHOCKWAVE 3 MODULE TO YOUR PC You DO NOT need to connect the ShockWave 3 sound module to a PC in order to use it or set it up. It is fully configured and ready to use when you receive it. If you want to change any of its many configurable settings or change the sounds, then you will need to connect it to a PC and install the optional ShockWave 3 PC Windows software application.
The ShockWave 3 module conforms to the USB 2.0 Full Speed (12MBits/sec) specification. If you save files to the microSD Card whilst it is in the ShockWave 3 module, it will be much slower than when the microSD Card is in the USB card reader which conforms to USB 2.0 High Speed (480MBits/sec) specification which is 40 times faster than USB 2.0 Full Speed.
The signal levels are such that, at full volume setting, full power output can be obtained when powered at 26Volts. The actual volume and balance settings can be seen in the ShockWave 3 PC Main Window. The volume and balance controls also change the signal levels at the Audio Line Outputs.
These audio outputs should not be loaded with less than 10KOhms in order to preserve good low frequency response. The setup and assignment of sounds to the left and right channels is done using the ShockWave 3 PC software application.
The ShockWave 3 module makes this job easy for the average user by measuring the incoming throttle pulse width at the time the red/green LEDS stop flashing and using that as the neutral or OFF throttle pulse.
To do this, the Engine Sound Mode has to be set to "Switched with Sound Clip #" in the ShockWave 3 PC Control Panel->Hardware Tab. Then, typically, you would add an EMPTY sound clip to be associated with the engine sound.
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1.5 second delay. If you do not want this default behaviour, you can set an “Idle Off Delay” time in the ShockWave 3 PC Control Panel->Hardware Tab. If this time is set to anything greater than zero, the engine sound will idle for the stated delay time, and then the engine shutdown sound will play once, then stop.
RC receiver pulse. In this case, the Throttle Input Mode for THTTL1 or THTTL2 can be set to "Analog" using the ShockWave 3 PC Control Panel->Hardware Tab (see the Software Manual). The Analog input voltage should be between 0 and + 3.3Volts relative to GND, or battery negative.
3-Position switches are also supported. The different modes are selected in the ShockWave 3 PC Control Panel->Hardware Tab and work like this: “Switched RC 1xN” Mode: One transmitter ON/OFF channel is used to switch N sounds 1.
OFF to ON position to switch sound clip N On. Move it back to its OFF position to switch sound clip N OFF. You set which sound is assigned to that switch using the ShockWave 3 PC Control Panel- >Hardware Tab – see the Software manual.
For either of the Logic Level “1 x N” or “1 x 1” modes, you can also use 2.7 – 12Volt logic levels or mechanical switches to create logic levels instead of RC signals. This is also setup in the ShockWave 3 PC Control Panel->Hardware Tab –...
If you want to use the second engine channel in this way you should set it up as a "Forwards Only" channel when you do the throttle 2 setup procedure. You do this using the ShockWave 3 PC Control Panel->Hardware Tab by checking the “Force Forwards Only” check box for the Engine2 sound.
Transmitter instead of nudging the throttle stick forward a notch or two. The ShockWave 3 PC Control Panel->Hardware Tab is used to set the Engine1 Sound Mode to “Switched with Sound Clip # 1”. We set this up before we ship the sound module out to a model helicopter customer.
CHAPTER 12 – SYNCING ENGINE STARTUP/SHUTDOWN SOUNDS TO PROPELLER ROTATION E-Z-Sync is a new feature in ShockWave 3 that allows easy setup and synchronization of the engine start-up and shutdown sounds with the propeller rotation on a model airplane. This feature is relevant only to propeller driven airplanes since jets, and model boats and tanks do not have visible propeller or rotating engine transmission parts.
It is permissible to use to use two 4Ohm speakers in series only, not in parallel. This will allow the ShockWave 3 sound module to be used on a 6S LiPo where it will be able to deliver its maximum output power.
An inductive load is anything that contains a coil of wire such as a motor, relay, solenoid, or “electronic” valve – which usually contains a small solenoid. If you want to switch an inductive load using the ShockWave 3 module, then you should use an external Power MOSFET transistor as described later –...
The sound clip that each LED Switched output flashes with, and the signal threshold level at which the LEDs switch on, is configurable in the ShockWave 3 PC Control Panel->Switches Tab. See the ShockWave 3 PC manual for details on how to configure them.
PC Application Software in its Control Panel->Switches Tab. Using the existing batch of ShockWave 3 Rev.08 boards, it is probably easier to use MODE 1, since MODE 2 will require a custom wiring harness unless the receiver voltage and the LED voltage are exactly the same.
ORIENTATION OF THE 4-WIRE CABLE CONNECTOR ON SHOCKWAVE 3 BOARD The DopplerFX board comes pre-mounted inside a plastic case with its 4-wire connecting cable already inserted. The other end of that cable should be firmly inserted into SCKT3 of the ShockWave 3 sound module...
THE DOPPLERFXSETTINGS.TXT FILE ON THE MICROSD CARD Important settings for the DopplerFX feature are contained in a DopplerFXSettings.txt text file on the microSD card. This file is mandatory. If it is missing, the ShockWave 3 sound module will create one with default values as below: DopplerFXSettings.txt File Default Contents...
CHAPTER 18 – HARDWARE SETTINGS Hardware settings are those configurable settings that control how the ShockWave 3 board behaves. There are two types of Hardware Settings : 1. Hardware settings that have some relation to the sounds in the .sfx8 file : a.
This format and spelling of the various data fields MUST be adhered to for the file to be read correctly. They are case sensitive. A single blank space after the : is also mandatory. Editing the text in this file avoids having to use the ShockWave 3 PC Software application to change these basic settings.
UPDATING THE FIRMWARE IN THE SHOCKWAVE 3 MODULE Firmware is the program code that runs in the processor chip on the ShockWave 3 module. The ShockWave 3 module features a microSD Card Bootloader program that is a small program that runs in a separate area of the microcontroller’s FLASH program memory.
LEDs all on together for starting the RTOS task scheduler. about 1 second USB Mode Blue Flashing about once USB Mode Normal operation. When ShockWave 3 per second PC application is launched, blue LED starts flashing rapidly. Any mode Green on steady Any sound is playing.
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Remote Volume Control – RC or Wired analogue input Scroll Through Mode 18, 19, 20 analogue voltage Selecting a Sound Set Manually Applying Power to the ShockWave 3 Setting Low Battery Voltage Alarm Sounds Automatic Throttle Setup Setup Button1 Balance Control Setup Button2 BasicHardwareSettings.txt...
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