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This High Intensity Spot Light is engineered for long throw and high brightness illumination.
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Built with 12 high current LEDs focused to produce even illumination at distances beyond 300mm.
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Designed to replace our previous SL185 with 3X the brightness (110Klux @ 300mm).
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Available in a wide range of wavelengths.
Focus Microwaves - Bias Tee
Bias tees with a perfect balance of RF performance and DC power handling
Auriga’s Bias Tees balance impressive RF performance with heavy-duty power handling across multiple frequency bands ranging from 100 MHz to 67 GHz. They are designed for rigorous usage without sacrificing RF performance. Only the highest-quality materials are used to minimize signal loss and enable efficient heat removal.
These highest-power bias tees include a fast-acting fuse to protect DUTs against current spikes. A DC sense port is provided for accurately measuring the incident DC voltage. Models requiring external heat sinking include pre-tapped holes for easy mounting.
Auriga high power models are also often used in Wideband modulation applications, where attention is needed to properly terminate the impedances seen at the baseband frequencies.
Typical applications for Auriga bias tees are high power pulsed IV, pulsed load pull, wideband noise parameter extraction and pulsed s-parameter (used in compact modelling)
Focus is now introducing new 50 and 67GHz models for wideband noise and high power pulse applications. Leveraging decades of design work on high power bias-tees these new models offer great power handling for applications like 5G which also requires broad frequency coverage and very good baseband termination to allow for wideband signals operating at >20GHz.
For more information, visit our youtube channel!
Model |
Min. Frequency |
Max Frequency |
Max Current (A) |
RF Power (W) |
Voltage (V) |
Typ. Ins. Loss (dB) |
Connector Type |
| BT0480-50-P | 0.4 GHz | 8.0 GHz | 2 | 50 | 50 | 1.2 | 2.92 (m-f) |
| BT0780-150-P | 0.7 GHz | 8.0 GHz | 3 | 150 | 200 | 1.5 | N Type (m-f) |
| BT2080-100-P | 2.0 GHz | 8.0 GHz | 10 | 100 | 100 | 1.7 | N Type (m-f) |
| BT0110-50-P | 0.1 GHz | 10.0 GHz | 3 | 50 | 100 | 1.8 | 2.92 (m-f) |
| BT0710-50-P | 0.7 GHz | 10.0 GHz | 3 | 50 | 100 | 1.8 | 2.92 (m-f) |
| BT0118-10-P | 0.1 GHz | 18.0 GHz | 2 | 10 | 50 | 1.5 | 2.92 (m-f) |
| BT1018-50-P | 1.0 GHz | 18.0 GHz | 1 | 50 | 50 | 2.0 | 2.92 (m-f) |
| BT2018-50-P | 2.0 GHz | 18.0 GHz | 2 | 50 | 50 | 1.8 | 2.92 (m-f) |
| BT0118-1-N | 0.1 GHz | 18.0 GHz | 1 | 1 | 50 | 1.5 | 2.92 (m-f) |
| BT0126-1-N | 0.1 GHz | 26.5 GHz | 1 | 1 | 50 | 2.2 | 2.92 (m-f) |
| BT1026-10-P | 1.0 GHz | 26.5 GHz | 2 | 10 | 50 | 2.0 | 2.92 (m-f) |
| BT1026-1-P | 1.0 GHz | 26.5 GHz | 2 | 1 | 150 | 2.2 | 2.92 (m-f) |
| BT0140-1-N | 0.1 GHz | 40.0 GHz | 1 | 1 | 50 | 2.5 | 2.92 (m-f) |
| BT1040-12-P | 1.0 GHz | 40.0 GHz | 2 | 12 | 50 | 2.5 | 2.92 (m-f) |
| BT0150-1-N | 0.1 GHz | 50.0 GHz | 1 | 1 | 50 | 2.0 | 2.4 (m-f) |
| BT0150-12-P | 0.1 GHz | 50.0 GHz | 1 | 12 | 50 | 2.0 | 2.4 (m-f) |
| BT0167-1-N | 0.1 GHz | 67.0 GHz | 1 | 1 | 50 | 3.2 | 1.85 (m-f) |
| BT0167-12-P | 0.1 GHz | 67.0 GHz | 1 | 12 | 50 | 3.2 | 1.85 (m-f) |
| BT0167-12-P-HV | 0.1 GHz | 67.0 GHz | 1 | 12 | 200 | 3.2 | 1.85 (m-f) |
P for Pulsed Applications
N for Noise Measurements
Document
More Product Information
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Type APS-H CMOS sensor
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IEEE 1588 PTP
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Power over Ethernet
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4.59 fps at full resolution
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Extended near-infrared (GT5120NIR) model
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GigE Vision interface with Power over Ethernet
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Screw mount RJ45 Ethernet connector for secure operation in industrial environments
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Supports cable lengths up to 100 meters (CAT-6 recommended)
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Trigger over Ethernet Action Commands allow for a single cable solution to reduce system costs
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Comprehensive I/O functionality for simplified system integration
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Planarity adjusted (PA) EF Lens Mount (option -18) for electronic control of aperture and autofocus
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Easy camera mounting via standard M3 threads at all sides and 1/4-20 tripod mounting hole
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Easy software integration with Allied Vision's Vimba Suite and compatibility to the most popular third party image-processing libraries.
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Enhanced Defect Pixel Correction feature with a new Defective Pixel List Manager tool that allows you to load different user defined defective pixel lists to match your application and optimize the life cycle of the camera
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High power capability: +/- 200V, 17A.
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Minimum pulse width: 200ns.
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Modular design which enables multiple configurations.
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Shared library. The MPIV can be used as a standalone instrument using an ActiveX library, which easily integrates into existing test software.
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Flexible Input/Output. Choose between high power and high precision pulse modules to create a customized setup for your specific application.
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Compatible with Focus Microwaves’ device characterization software (Load Pull Explorer, LPEx)
An impedance tuner is an apparatus, which generates controllable reflection factor (Impedance) over a certain frequency range. Focus uses two basic technologies:
a) For frequencies from 100MHz to 110GHz (and above) we use the slide screw technique (models Multi Harmonic MPT, wideband (fundamental) CCMT, harmonic rejection PHT), in which a reflective probe (slug) is inserted into the slot of a low loss slotted transmission line (slabline or waveguide).
b) For frequencies from below 10MHz to 170MHz we use a lumped element technology (models LFT), whereby variable capacitors are connected with optimized lengths of coaxial cable.
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Write your own code in ANSI C, as part of the FRIWO firmware.
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Focus on developing your own applications and USPs:
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Develop your own hill assist (application: eScooter)
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Turn your motor control into a fan or pump control
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Adapt CAN messages to your existing eScooter setup
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Adapt CAN messages of your FRIWO Battery Pack
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Use your own algorithms for field oriented control (coming soon)
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Develop your own State of Charge (SOC) calculation within the BMS (coming soon)
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Access to new modules to provide even more integration depth and possibilities for customization.
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Monitor and change your own parameters within the FRIWO Enable Tool.
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Advanced component protection against misconfiguration.
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Easy rollout of your customized software for your eScooter fleet (Requirement: The eScooters run with MCU6000).
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Access to Github Repository with detailed code samples.
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3 Measurement States; Quiescent (OFF-State), Non Quiescent (ON-State), and Pre-State
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The Pre State is a short high voltage state used to activate
the traps in the semiconductor.
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Adjustable delay (Δt) between the Pre state and Non Quiescent state down to 0s.
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Independently adjustable timing settings for the Three-state gate pulser and drain pulser
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Easy Integration into existing mainframes
- Repair-focused environment for XJDeveloper / XJRunner tests.
- Full Connection test.
- RAM, Flash and other non-JTAG device tests.
- Flash, FPGA, CPLD and EEPROM programming.
- Layout Viewer* to show the physical location of faulty nets, pins and components.
- Schematic Viewer* to show the circuit design around faults.
- Direct control of the pins/balls of JTAG devices.
- View pin states graphically in real time or capture them in the Waveform Viewer.
- Trace signals to identify shorts, opens and other faults.
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Type APS-H CMOS sensor
-
IEEE 1588 PTP
-
Power over Ethernet
-
4.59 fps at full resolution
-
Extended near-infrared (GT5120NIR) model
-
GigE Vision interface with Power over Ethernet
-
Screw mount RJ45 Ethernet connector for secure operation in industrial environments
-
Supports cable lengths up to 100 meters (CAT-6 recommended)
-
Trigger over Ethernet Action Commands allow for a single cable solution to reduce system costs
-
Comprehensive I/O functionality for simplified system integration
-
Planarity adjusted (PA) EF Lens Mount (option -18) for electronic control of aperture and autofocus
-
Easy camera mounting via standard M3 threads at all sides and 1/4-20 tripod mounting hole
-
Easy software integration with Allied Vision's Vimba Suite and compatibility to the most popular third party image-processing libraries.
-
Enhanced Defect Pixel Correction feature with a new Defective Pixel List Manager tool that allows you to load different user defined defective pixel lists to match your application and optimize the life cycle of the camera
-
Supports the latest 5G FR1 and IEEE 802.11ax standards
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up to 1GHz active load pull bandwidth capability
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Test the latest high bandwidth and high modulation cellular standards such as 1024QAM 802.11ax
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This system can be used in all parts of the design cycle
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Initial device characterisation
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MMIC or PA design
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Design verification testing
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Product testing in the factory
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Focus Microwaves
Focus Microwaves is a pioneering engineering company, built around the innovations of its founder Dr. Christos Tsironis who developed his first manual tuner in 1973 and is the inventor of most existing electro-mechanical tuner families. The success of Focus is based on the engineering and manufacturing skills of its highly motivated and experienced team of engineers and technicians, who have been trained and encouraged to develop new technologies. In addition, listening to our customers needs and insights helps us discover and develop new and measurement methods on an ongoing basis, relentlessly pushing the limits of what is possible.
From humble beginnings in 1988, Focus has become the main supplier of advanced Load Pull and Noise Tuner Systems. Our mission is to provide effective, reliable and innovative solutions for non-50 Ohm testing (Noise and Load Pull) of RF microwave transistors, thus enabling our customers to compete in the marketplace with better designs and to advance the understanding and knowledge of the field.
Contact Details
Focus Microwaves Inc. Main Head Office
4555 Chem. du Bois-Franc, Saint-Laurent, QC H4S 1A8, Canada
Phone: +1-514-684-4554
Test & Measurement
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