• Easy replacement of essential components by the customer in the field with a downtime of less than 1 hour
• Intuitive API for easy integration with customer software and existing systems
• Standardized power and network components avoid additional costs
• Optimized for working areas up to 10 m x 10 m and projection distances up to 15 m
• Adjustable focus enables precise projections at different distances and on different surfaces
• Accuracy of better than +/- 0.25 mm/m for highly precise results
• Fine 3D line quality even at high projection distances ensures visible and clear projections

• The DF242 is characterized as a Large Low Angle Dark Field ring light. 
• Precisely aimed LEDs provide a very low angle of incidence, radial illumination pattern. 
• A scratch on a sheet of glass is a good example of a defect that can be detected easily with a low-angle dark field illuminator. 
• With a light intensity of 24kLux at a working distance of 1” (25mm), the DF242 is perfect for imaging problems with medium sized fields of view. 
• A 35mm field of view is standard with optional fields of view of 45 and 70mm. 
• Available in a range of wavelengths from UV to IR. 

*Engineered to provide comparable optical characteristics to our previous RL1660.

• Output White Gaussian noise
• Output power up to +30 dBm
• 127 dB of attenuation; 0.1 dB step size
• Units > 2 GHz have total attenuation of 79.9 dB
• Low distortion signal path
• Power 115 VAC, 60 Hz
• Noise attenuator accuracy: ±0.2 dB or 0.5% at 1 – 500 MHz ±0.2 dB or 1% at 0.5 – 1.0 GHz ±0.3 dB or 2% at 1 – 2 GHz
• Standard connectors SMA female
• 7” touch screen display
• Dimensions: 17.25 in. wide x 6.50 in. including feet, high x 19.50 in. deep
• Removable hard drive for added security
• Operating Temperature: -10° to +65°C

• 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

• Accurate & reliable time data from a trusted source. Precision hardware PTP timestamping to 8ns 
• Remote configuration and status via web browser, remote monitoring with SNMP 
• Synchronization between users – eradicates discrepancies System time stamping, such as e-commerce transactions, e-mail sent & received, is highly accurate 
• Automatic systems procedures such as backups occur at the correct time and in the correct order 
• Additional time signal outputs can feed to other systems 
• Multiple time source fall back and priority configuration can ensure high synchronization availability 
• Various oscillator choices allow for long holdover to maintain time accuracy when synchronization signals are absent

The VectorStar ME7838 Series broadband VNA offers the widest available single frequency sweep from 70 kHz to 110, (ME7838AX to 125), (ME7838EX to 125), to 145 GHz, and to 220 GHz with mmWave bands to 1.1 THz. 

• The ME7838AX or ME7838EX version can easily be upgraded to 145 GHz and to 220 GHz
• All versions may be configured to include banded millimeter-wave modules up to 1.1 THz
• Industry-best calibration and measurement stability: 0.1 dB vs 0.6 dB over 24 hrs.
• All versions support the 3744x-Rx receiver for noise figure measurements, including the ability to characterize differential noise figure, to 125 GHz
• Compact, lightweight mmWave modules (0.6 lb vs 7+ lbs and 1/50 the volume) offer low cost installation on smaller probe stations.

• Cost-Effective: Simple and Robust Mechanics provides High Performance with Limited Maintenance
• Auto & Slave Tracking: High Tracking Accuracy. Seamless User Interface as all SPARTE antennas. Option for Shipborne Operation.
• Transportable: Lightweight, Compact Antenna, Easy Setup
• Radome Protection: Against Rain, Sand, Dust… and no Sensitivity to Wind
• Applications: Ideal for Hypersonic, Missiles and Launch Vehicles Telemetry

UVC-based disinfection, often called, Ultraviolet germicidal irradiation (UVGI), is the use of ultraviolet (UV) light to kill or inactivate viral, bacterial, and fungal species. When UV-C light is incident upon the target, the incident photons are absorbed by DNA or RNA, causing inactivation of the DNA or RNA double helix strands through the formation of molecular lesions. When enough of these lesions are created, the replication process is disrupted, and the cell cannot replicate. Absorption by proteins can lead to the breakdown of the organism’s cell walls causing the cell to die. For most commercial applications, replication prevention is sufficient. The UV doses required to prevent replication are much lower than required to kill, making the cost of UV treatment to prevent infection commercially viable.