Category: Product
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Hit Detection Systems
Invocon provides multiple hit detection systems capable of detecting and reporting high-speed impacts. These systems have been used to detect high-speed projectile impacts on rockets and other space structures. Invocon has developed multiple impact detection systems using wire-break, hit panel, and acoustic emission type methods.
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Integrated Pulse Coded Modulation Encoder (iPCMe)
The Integrated PCM Encoder (iPCMe) provides a significant number of data channels for remote sensing in a highly integrated configuration. With over 100 channels of input in a small package, the iPCMe is designed as a low-cost solution for a broad range of telemetry applications. Every aspect of the Encoder’s design is intended to simplify integration…
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Solid State Latching Power Switch (SSLPS)
Invocon’s Solid State Latching Power Switch (SSLPS) provides switching control of an external DC power source with controls for up to 4 switched outputs.
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Capacitive Discharge Initiator (CDI)
Invocon’s Capacitive Discharge Initiator (CDI) Module provides missile control and monitoring capabilities in a single compact unit. It enables safe operation and monitoring of ordnance.
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Multi-Channel Event Sequencer
Invocon’s event sequencer is a flight qualified solution for monitoring and initiating flight events. It includes 8 channels of open drain outputs for assertion of timed events via relays or other devices. Each channel provides up to 3 Amps of current. The voltage level available at the output is equal to the sequencer’s input voltage…
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Lithium Smart Battery
The Invocon 28V Rechargeable Smart Battery uses modern lithium-ion polymer battery technology to deliver high-performance reliable power to rocket and airframe avionics.
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External Wireless Instrumentation System (EWIS™)
Historical Invocon developed the External Wireless Instrumentation System (EWIS) to provide long-term structural dynamics measurements of the International Space Station (ISS) solar array trusses while deployed on-orbit. Due to the rotating joints that allow the solar arrays to track the sun throughout the orbit, installing wired sensors was prohibitively expensive and complex. The wireless interface…
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Enhanced Wide-Band Micro-miniature Tri-axial Accelerometer Unit (EWB MicroTAU™)
Historical The Enhanced Wide-Band Micro-Miniature Tri-Axial Accelerometer Unit (EWB MicroTAU) system is a wireless, high-speed, synchronized data acquisition network for dynamic acceleration sensing, recording, and processing applications. The system includes EWB MicroTAU Remote Units, a Receiver Unit, and the Graphical User Interface (GUI). The EWB MicroTAU Remote Unit is a small, battery-powered, autonomous, wireless device designed for trigger initiated…
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Micro-Miniature Wireless Instrumentation System – Next Generation (MicroWIS™-XG)
Historical The MicroWIS-XG system is a set of miniature wireless units that asynchronously transmit data to a receiver attached to a standard RS-232 port on a PC. The remote units are capable of interfacing with any type of resistive sensor: strain, temperature, pressure, humidity, etc. The MicroWIS-XG system is an enhanced version of the original MicroWIS system…
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Multiple-Input Tiny Enhanced Wireless Instrumentation System (MITE WIS™)
Historical The MITE WIS system is a wireless data acquisition system for near-static sensing and recording applications. It is a multi-channel cousin to and can operate in conjunction with both the ELMWIS™ and MicroWIS-XG™systems. The MITE WIS Remote Unit (pictured) is a small, extremely low-power, autonomous, wireless device designed for extended data acquisition and recording. The units can be configured…