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The RL2115 is characterized as a Compact Aimed Dark Field ring light.
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Precisely aimed LEDs provide a specific and repeatable light pattern on the imaging plane.
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There are a wide range of wavelengths available from UV to IR.
Amplifier Research - E-field Generators for EMC Testing
AR E-field generators offer exceptional uniformity between the elements. Our ATE10K30M uses low inductance high-power internal load resistors to terminate RF power, and offers well-matched input VSWR. The ATE10K100M is our own patent-pending folded-dipole type design. And we haven’t yet found a test object the ATE10K25M–1 can’t handle.
10 kHz to 100 MHz • 1000 V/m Between The Element
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Model Number |
Description |
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10 kHz – 25 MHz, 3000 W input power, E Field Generator |
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10 kHz – 30 MHz, 2000 W input power, E Field Generator |
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10 kHz – 100 MHz, 500 W input power, E Field Generator |
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10 kHz – 100 MHz, 3000 W input power, Broadband Transmission Line, supplied with basic stand |
More Product Information
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Network Enabled Distribution Amplifier
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Low Phase Noise Reference Frequency Outputs
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Fault Alarm Output
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1U 19″ Rack Mount
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Frequency Synthesizer Option
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Hitless Switching of Reference
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Programmable Amplitude
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Propagation Delay Compensation
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10 MHz Standard, Other Frequencies Available
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The DF242 is characterized as a Large Low Angle Dark Field ring light.
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Precisely aimed LEDs provide a very low angle of incidence, radial illumination pattern.
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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.
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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.
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A 35mm field of view is standard with optional fields of view of 45 and 70mm.
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Available in a range of wavelengths from UV to IR.
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*Engineered to provide comparable optical characteristics to our previous RL1660.
- Vector Network Analyzer Frequency Range from 10 MHz up to 3.2 GHz
- Spectrum Analyzer Frequency Range from 9 kHz up to 3.2 GHz
- -156 dBm/Hz Displayed Average Noise Level (Typ.)
- -98 dBc/Hz @10 kHz Offset Phase Noise (1 GHz, Typ.)
- Total Amplitude Accuracy < 1.2 dB
- 1 Hz Minimum Resolution Bandwidth (RBW)
- All-Digital IF Technology
- Standard Preamplifier
- Distance to fault capability using VNA time domain analysis
- Up to 1.5 GHz Tracking Generator Kit
- Built-in Advanced Measurement capability (CHP, ACPR, OBW, CNR, TOI, etc)
- 10.1 lnch WVGA (1024 x 600) Display
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Network Enabled Time Code Distribution Amplifier
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Dual Time Code Inputs with Auto Failover
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Support for Analog Time Codes between 100Hz and 100KHz
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Programmable per channel amplitude
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1U 19” rack mount
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Redundant Hot Swappable Power Supplies
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APS-H optical format CMOS sensor
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PoCXP
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4-DIN type connector
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79.7 fps at full resolution
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Extended near-infrared (X-2620B NIR) model
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Extended feature set with Sequencer Control and Multiple Region of Interest selection to support advanced imaging applications
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On-board Defect Pixel and 2D Fixed Pattern Noise Correction for improved image quality
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Simplified firmware update in the field via interface cables using GenICam File Access
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Robust, fan-less design for industrial imaging applications
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Heat-dissipation optimized housing to reduce image noise
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Build-in tripod adapter and multiple mounting holes for eased system integration
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DIN 1.0/2.3 CoaXPress connectors for secure operation in industrial environments
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Single cable solution using Trigger and Power over CoaXPress
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Comprehensive I/O functionality for extended control of connected system components
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Select between B 270 ASG protection glass and filter types: IRC30 IR cut filter or Schneider 486 IR cut filter
Introducing Auriga’s 5th generation pulsed IV/RF characterization system delivers unparalleled performance, capturing measurements with incredible speed and accuracy. Pulsed IV (current-voltage) measurements have emerged as the preferred method of capturing current-voltage characteristics of active devices such as field effect (FETs) and bipolar junction (BJTs) transistors. With the growing popularity of higher-power devices, like GaN HEMTs, LDMOS, SiC, and graphene, current and voltage requirements are constantly being pushed higher and higher.
- Reduce your time spent debugging boards due to high precision fault isolation
- Improve your time to market and reduce project risk by early design verification
- Reduce your test development time by reusing tests from prototype/design in manufacturing and field support
- Ongoing time savings by test reuse across projects
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8 Independent Channels, 2 Output Connectors
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Includes built-in pre-programmed sequencing.
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Provides control for computational imaging, including photometric stereo, extended depth of field, combined bright field + dark field, high dynamic range, and high resolution color.
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Ideal for multi-channel lights and multi-light stations. Due to power output constraints, some configurable light lengths may be limited.
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Housed within a compact enclosure with DIN rail mounting.
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Driven with SignaTech™ for improved safety and easy operation.
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NOTE: NOT COMPATIBLE WITH C1 CONNECTORS
Amplifier Research
Founded in 1969, Amplifier Research is a world-class source for broadband high power, solid state, RF amplifiers and microwave amplifiers, TWT amplifiers, log periodic antennas and high-gain horn antennas, plus EMC test equipment, software and field probes and monitors. Throughout its 50 years (and counting), AR has been responsible for a number of “firsts” which have transformed not only EMC and RF testing but also the industries and equipment affected by these tests. A sampling of these innovations includes:
- 10,000-watt tube amplifiers,100-watt solid-state • 100-1000 MHz instantaneous bandwidth Class A amplifier
- First production 16,000-watt solid-state linear amplifier from 10 kHz to 225 MHz
- 50,000-watt Class A power amplifier up to 225 MHz
- 0.7 to 6 GHz high-power Class A & AB amplifier
Additionally, they push the limits of state-of-the-art design and have ruggedized their products to make them virtually indestructible. AR amplifiers are fully tested to the extreme to ensure customers receive a product that is built to last.
Contact Details
Amplifier Research Corporation, Ametek CTS
160 Schoolhouse Rd., Souderton, PA 18964-9990, USA
Phone: 215-723-8181
Customer Service: 215-723-0275
Test & Measurement
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