Custom enclosure for non-standard cameras Based on existing housing series, therefore short production time and economic price Variable window size and position BK7/acrylic windows for cameras up to 2500nm Sapphire windows for SWIR cameras up to 7µm Germanium windows for LWIR cameras 7-14µm Dome windows options Camera mount provides good heat dissipation Heater or water cooling option Adaptable to all Mounting Kits Large number of accessories available

For cameras up to 75 x 75mm cross section Special lid for IFM/Lucid TOF cameras available With flange all Orca lids and extensions usable High IP rating and high chemical resistance Vibration‐proof mounting Compact size, small deadweight Flexible camera positioning Excellent heat dissipation Dome window option T‐Slot & dovetail profile usable for installation Integration of Meganova ring lights possible

Standard Tools Allen keys in several length Ring wrenches Jaw spanners Screw drivers Assembly pliers Special Tools Adjustor for angle fine anjustment Spreading pliers for cable gland inserts Monting tool for front- and back lids

For camera operation in up to 70°C ambient temperature without sun radiation Up to 50°C with 350W/m² sun radiation Permanent temperature control Good UV and ageing resistanc IP65 (camera enclosure)/IP54 (fan) 3" or 4" window for large lensesOther window materials avialable All Orca extensions and front lids incl. dome window usable With Orca extension with Meganova usable Only DC voltage required, easy handling Fully automatic operation, heating or cooling (depending on version)

Robust, vibration-proof assembly without own manufacturing effort Flexible alignment with multiple degrees of freedom Can be endless combined and expanded Easy attachment to T-slot profiles or other structures Variable length up to one meter for a unit price Cost and time savings thanks to prefabricated components

DC - 200 kHz bandwidth DC MHz (small signal -3 dB) Output voltage ±75 Vpk Rise / fall time 100 V/µs USB interface standard, LAN optional Analog control input 0 ... ±10 V for control of voltage and current Monitor outputs for measured voltage and current values (not all models) Modularly extensible via master-slave mode Parallel and Series Connections for two or more units

Protocol reports Generation of waveforms with synchronous data acquisition Modular Expandable Individual Waveform Generation Standard Libraries included Unlimited Waveform size 2 different Waveforms synchronously DLL's for LabView, Vector CANoe / CAPL, C#, C++, ANSI C, Python, etc. Simulation of imported oscilloscope waveform

IRIG A & B/IEEE-1344, and NASA 36 inputs standard  HaveQuick sync option  Propagation delay compensation  Zero latency time reads  Match Time output (P4)  IRIG B time code output option  External Event time tag (P4)  Three user programmable rates  Ruggedization option  Multi-pin Front Panel P4 I/O option

Ruggedized  Flight Qualified  Available with vibration-isolated OCXO or CSAC Oscillator options  Gigabit Ethernet  GNSS, SAASM, or M-Code supported  Designed for GPS denied environments

32 bit 3U CPCI module IRIG B, 1 PPS sync inputs GPS sync option (maintains single-slot) Have Quick sync input option Propagation delay correction Zero latency time reads Match Time output IRIG-B or IRIG-G time code output (Option) External Event time tags Three user programmable rates +3.3V or +5V PCI signaling levels

5 MHz or 10 MHz Outputs Available  Reference Frequency Input Option  Auto Changeover with Ref. Input Option  Low Phase Noise Outputs  Twenty four Outputs  Front Panel Status Indicators  Fault Discrete Inputs  Compact 1U, 19” rack mount

Network Enabled Distribution Amplifier  Low Phase Noise Reference Frequency Outputs  Fault Alarm Output  1U 19″ Rack Mount  Frequency Synthesizer Option  Hitless Switching of Reference  Programmable Amplitude  Propagation Delay Compensation  10 MHz Standard, Other Frequencies Available