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The SL164 is characterized as a Compact High Intensity Spot Light with sufficient thermal management to provide 200kLux at a working distance of 4” (100mm).
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A very wide range of wavelengths are available from UV to IR.
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Multiple beam spreads are also available as is a diffuser option.
Amplifier Research - Multi-Tone Test Systems
AR’s state-of-the-art multi-tone systems are designed to test RF Radiated and Conducted Immunity faster than ever before. Both the MT2IEC10V3M and MT4IEC10V3M fully comply with IEC 61000-4-3:2020 Edition 4, allowing for multiple tone testing, reducing test time by up to 74%. Commercial, aviation, and automotive industries, will perform RF radiated and conducted immunity testing faster, more accurately, more efficiently, and more closely to a real-world environment.
With the inclusion of instrumentation hardware and AR’s emcware® software, the MT2IEC10V3M and MT4IEC10V3M are full turn-key systems in one rack, capable of producing 18 V/m CW (10 V/m AM). The MT2IEC10V3M reduces test time by up to 50% and the MT4IEC10V3M reduces test time by up to 74%. Customized systems achieving higher field strengths are also available, using this approach.
AR Multi-Tone Testing Systems offer a complete testing solutions to the following standards:
Radiated Immunity
- EN/IEC 61000-4-3
- ISO11452-2 Auto (ALSE)
- ISO11452-3 Auto (TEM cells)
- ISO11451-5 Auto (Strip Line)
- ISO11451-2 Full Vehicle
- DO-160 Section 20.5 (Substitution Method)
- EN/IEC 60601-1, -2
- EN 50130-4
- EN 61000-6-1/2
- EN 55024
Conducted Immunity
- EN/IEC 61000-4-6
- ISO11452-4 Auto (BCI Method)
- DO-160 Section 20.4 (Substitution Method)
- MIL STD 461 CS114
- EN/IEC 60601-1, -2
Model Number |
Description |
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Full turn-key system in one rack allowing for two-tone multi-tone testing. Capable of producing 18 V/m CW (10 V/m AM) |
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Full turn-key system in one rack allowing for four tone multi-tone testing. Capable of producing 18 V/m CW (10 V/m AM) |
More Product Information
Southwest Microwave’s high performance End Launch connectors are designed to provide low VSWR, mode free wideband response to 110 GHz for single-layer and multi-layer printed circuit boards where the high frequency signal is on the top layer. Available in SMA (27 GHz), 2.92 mm (K) (40 GHz), 2.40 mm (50 GHz), 1.85 mm (V) (67 GHz) and 1.0 mm (W) (110 GHz).
Male and female options along with narrow body and bulkhead feed-through. Unique clamping mechanism accommodates board thickness up to .300” (7.62 mm). Robust, reusable and repairable. Multiple launch configurations provide the best possible match to circuit layout. Works on microstrip and grounded coplanar waveguide (GCPW) designs. Signal-layer microstrip and GCPW test boards available. Soldering is optional.
Design Assistance:
- Printed circuit board layout and connector part number recommendation
- 3D models for mechanical layout
- HFSS models (version 18.0 or newer) for EM simulations upon request and availability
- Solve machine vision applications efficiently by constructing flowcharts instead of writing program code, using field-proven tools for analyzing, classifying, locating, measuring, reading and verifying
- Use a single program for creating both application logic and operator interface
- Leverage deep learning for visual inspection through image classification and segmentation tools
- Rely on a common underlying vision library for the same results with an Iris GTX smart camera, vision systems or third-part computer
- Work with multiple cameras all within the same project or per project running concurrently and independently from one another, platform permitting
- Interface to Zebra AltiZ and third party 3D sensors to visualize, process and analyze depth maps and point clouds
- Communication options include discrete Zebra I/Os, RS-232, and Ethernet (TCP/IP, CC-Link IE Field Basic, EtherNet/IP, Modbus, OPC UA, and PROFINET, and native robot interfaces)
- Maximize productivity with instant feedback on image analysis and processing operations
- Receive immediate pertinent assistance through an integrated contextual guide
- Maintain control and independence through the ability to create custom flowchart steps
- Test communication with PLC using the built-in PLC interface emulator
- Protect against inappropriate changes with the Project Change Validator tool
AR Microwave horns take microwave coverage to a new level. Our broadband RF and microwave horn antennas are specially designed to compensate for the losses that typically occur in test systems as frequency increases. They exhibit increasing gain with increasing frequency, up to 50 GHz. AR microwave horn antennas can be used in shielded rooms or in free space.
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Full control from oscilloscope through ProBus interface
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Dc to 100 MHz bandwidth
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Outstanding 100,000: 1 Common Mode Rejection Ratio (CMRR)
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Gain of x1 or x10
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Industry-leading overdrive recovery
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Low noise
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Selectable BW limiting
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Two gain control modes when connected to a Teledyne LeCroy oscilloscope
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Built-in precision Voltage Generator (PVG)
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Comparator and true differential offset modes
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High Power AC and DC Power Source
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Programmable AC and DC power for frequency conversion and product test applications
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Expandable Power Levels
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Available output power of 15, 22.5, 30, and 45 kVA per unit and multi-unit configurations for power requirements up to 135 kVA and above
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Single and Three Phase Mode
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Phase mode programming on MX22.5-3Pi, MX30-3Pi and MX45-3Pi allows switching between single and three phase output modes
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Arbitrary & Harmonic Waveform Generation
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User defined voltage waveform and distortion programming
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Regenerative, bidirectional “Green” Power Solution
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Automatic crossover between Source and Sink power mode offers regenerative capabilities in AC mode. Regenerate up to 100% of the rated output power back to the utility grid during sink mode operation. ( -SNK option )
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Remote Control
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Standard RS232C & USB along with optional IEEE- 488 & LAN Interfaces are available for automated test applications
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Dual inputs with automatic switchover
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10 individually buffered outputs of 3 signal outputs
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Have Quick, BCD and 1PPS outputs compliant with ICD-GPS-060
A family of fanless, durable, SWaP-C optimized small form factor mission computers providing maximum ruggedization, processing, storage, and security at the edge across the modern, multidomain battlespace.
- Ready for Extremes - Lightweight, sealed, and designed to operate between -40°C and +70°C in harsh environments
- Military-grade Connectors - Protect against dust, dirt, debris, and water as well as electromagnetic interference
- Zero-trust Architected - Hardware-based security measures encrypt and isolate data as it is being processed.
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