Cyclone Boom
C2I-01E
Cyclone Boom
Overall Dimensions 50mm (2in) diameter, 140mm (5.5in)
Compatible Sensors ICP® blast pressure pencil probe series by PCB Piezotronics.
Purpose This tool allows for sensors to be placed on a test stand without the limit or hassle of cables. An instrumentation team can deploy unlimited sensors without the concerns of standard instrumentation. 100ft is a recommended limit for even the best cables (Reference).
Overview
The Cyclone Boom product is a measurement system intended to provide 1 MSPS (mega-sample-per-second) ADC capture of a Class 1 sensor.
Boom Features
Single-channel ADC system
Excitation set to 4.5mA, 28VDC
Analog conversions at 1MSPS
Time stamped data with embedded GPS (or PTP (IEEE 1588) in wired configuration
30 ns GPS Time Accuracy (to be tested)
20 ns to 100 ns IEEE 1588 Ethernet LAN
(For comparison IRIG is 1 μs to 10 μs)
256MB Embedded SD Card
+1 Hour recording space (to be tested)
One Embedded 18650 Lithium Ion Battery
3400mAHr, Made in Japan
3 days sleep + 4 hours recording (to be tested)
LCD Display
Local report of connectivity, battery remaining, storage remaining (500 nits brightness)
Interface Features
USB-C Interface
Charging at 5W, 5 to 20V Charge Input (21V Tolerant)
Bulk Data Transfer, Ethernet or Mass Storage (Factory Configured)
User Button
Wake to Display Stats, Sync with Cyclone Basestation
Remote Wakeup, Trigger, Monitoring of Battery Health, Download of Measurements to Cyclone Basestation, a local, on-premises server, or Cyclone Cloud, a hosted service at RadioBro HQ
UHF Connection ( UHF Wireless is optional, factory installed )
LTE CAT-M1 Connection ( LTE Wireless is optional, factory installed )
Ethernet Connection ( Ethernet is optional, factory installed )
Wi-Fi Connection ( Wi-Fi Wireless is optional, factory installed )
All wireless can be avoided, on request. Standard deployments include 4 sensor devices and one basestation with customer-consigned sensor elements.
Software States
1 - Sleep
Low power state
Remotely wake over UHF or LTE
2 - Recording
Normal power state
Actively recording ADC at 1 MSPS
Raw storage of all data, timestamped
Free running FFT to auto-trigger event
Data before/during/after auto-trigger
Config of auto-trigger parameters
RF blacked out (receive only)
3 - Streaming
All of "2 - Recording" State, plus
Stream sample of data remotely
4 - Uploading
Full power state
Read out of trigger data
Red out of raw storage of all data, timestamped
ADC turned off