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Test Points, Tips, Probes, Jumpers and Clips
Nickel Plated Steel Alligator Clips. PTFE Insulated Terminals and Test Point Jacks. Circuit Board Test Jacks and Plugs. Color Coded PCB Mount Test Points, Loop Style with Plastic Base for Snap-In Mounting. Surface Mount Test Points on Tape and Reel.
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The Golden STM
*Golden (chemically resistive) vibration isolated STM body with implemented preamplifier*Computer with PCI board based SPM controller *Anfatec Scan & Anfatec Present*19“ STM controller (extra low noise 24 bit converters)*HV display for z-direction*High voltage amplifiers for the x-y-tube scanning*Optional: PC controlled bi-potentiostat and electrochemical cell
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Thermal Load Boards
Thermal Engineering Associates, Inc.
A Thermal Load Board (TLB) is used to simulate an application printed circuit assembly (PCA) either before all the heat-producing components are available for mounting on the application PCA or if the heat-producing components require complex electronic circuitry to create heat within the components. The TLB is typically designed to be as mechanically and thermally equivalent to the application PCA and usually offers a way to vary the power dissipation of the elements that simulate the heat-producing components.
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Thickness Gauges
Precision Thickness Gauge is specifically designed to quickly and accurately measure the thickness of a variety of substrates including film, paper, board, foil, tissue and textiles.Operated via an intuitive touch screen interface the instrument will allow the user to define batch size, dwell time & measuring speed.Full test statistics can be easily viewed or printed to label for easy documentation control.
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Thin Mini-ITX SBC With LGA1151 9th/8th Gen Intel® Core™ I7/i5/i3 Processor, DisplayPort++, HDMI, LVDS, VGA, USB 3.0, M.2 And Dual GbE LAN
MANO521
The MANO521 is a thin mini-ITX motherboard powered by the LGA1151 socket 9th/8th generation Intel® Core™ i7/i5/i3 (code name: Coffee Lake) with Intel® H310 chipset or optional Intel® Q370 chipset. This Intel® Coffee Lake-based motherboard provides rapid video acceleration advantage, multiple expansion interfaces and triple-view capability. It is designed with rich functionality, solid performance in a small footprint, making it suitable for a broad range of performance-driven embedded applications such as industrial automation, transportation, self-service kiosks, medical, and digital signage. The MANO521 features two high bandwidth 260-pin DDR4-2400/2666 with a memory capacity up to 32GB. It offers two SATA-600 sockets and one M.2 Key M 2242/2260/2280 connector for storage. The thin mini-ITX motherboard also provides various expansion interfaces within its limited dimensions including one PCIe x4, one full-size PCIe Mini Card slot and one M.2 Key E 2230, which offers diversity and flexibility for application integration. Moreover, the mini-ITX embedded board has a built-in DC Power Jack or ATX connector supporting 12V and 19 to 24V DC input with AT mode auto power function.
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THRU HOLE BARE AND LOADED BOARD TEST PROBES
SERIES 80
MAXIMUM CURRENT: 6 amps continuousat working travel, non-inductiveRESISTANCE: At 35 mA test current,35 mOHMS meanMaterials and FinishesPLUNGER: Heat treated berylliumcopper, 24 Kt gold plated over nickelBARREL: Nickel silver with 24 Kt goldplated ID and OD over nickelSPRING: (Standard) Beryllium copper,silver plated. (-1) Stainless steel,silver plated
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THRU HOLE BARE AND LOADED BOARD TEST PROBES
SERIES 93
ElectricalMAXIMUM CURRENT: 7 amps continuousat working travel, non-inductiveRESISTANCE: At 35 mA test current,35 mOHMS mean
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Thunderbolt V-600 Board 4-Slot
The 6U VME Thunderbolt boards provide optimal performance and reliability. The Thunderbolt V-600, configured with one Compute Module of four MPC7410 processors, provides 16 GFLOPS of computational performance per 6U VME slot. Data is transferred throughout the Thunderbolt over the SKYchannel Packet Bus. Data moves transparently through the SKYchannel P2 interface to other boards in a SKYchannel chassis.
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Thunderbolt V-600 Board 8-Slot
The 6U VME Thunderbolt boards provide optimal performance and reliability. The Thunderbolt V-600, configured with one Compute Module of four MPC7410 processors, provides 16 GFLOPS of computational performance per 6U VME slot. Data is transferred throughout the Thunderbolt over the SKYchannel Packet Bus. Data moves transparently through the SKYchannel P2 interface to other boards in a SKYchannel chassis.
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TI HDC1080 Humidity and Temperature Sensor Breakout Board
SEN-37001
Breakout board for the Texas Instruments HDC1080. This sensor is an extremely accurate temperature and humidity sensing device, with +/-0.2C temperature and +/-2% humidity accuracy typical. These specs far exceed the accuracy of ICs that came before it, including the HTU2x and SHT2x series, and improves upon the success of the HDC1050. In addition, the HDC1080 has a wide input voltage range of 3V-5V and includes temperature and airflow cutouts as recommended for the best operation. Finally, in the case of environmental changes that could cause light condensation, the HDC1080 has a built-in heater to burn off any condensate. Example code (Arduino platform) is available below.
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Time Sensitive Networking Evaluation-Kit
The evaluation kit offers developers the possibility to test and evaluate Ethernet TSN for their own applications. It consists of either a Smartzync board (Xilinx) or a Netleap board (Intel/Altera) with an optionally implemented IPMS TSN-IP core for endpoint applications (TSN-EP), switched endpoint applications (TSN-SE) or switch applications (TSN- SW). Linux drivers with application examples, as well as RTOS test applications and TSN network configuration examples are also available.
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Timing Board #1
TIO-10 #1
Interface board for converting signals on a National Instruments PC-TIO-10 timing board to and from fiber optic signals. Bursts, delayed pulses, and frequencies can be generated on outputs. The input channel can be used to measure frequency or period.
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Timing Board #2
TIO-10 #2
Interface board for converting signals on a National Instruments PC-TIO-10 timing board to and from fiber optic signals. This board is similar to the Fiber Optic Interface to National Instruments TIO-10 Timing Board #1 only it has more channels connected to fiber optic transmitters and receivers.
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Timing Generator Software and Hardware Package
TIO-10
Package includes a Fiber Optic Interface to National Instruments TIO-10 Timing Board #1, a National Instruments PC-TIO-10 timing card, and a LabVIEW executable software program. See Fiber Optic Interface to National Instruments TIO-10 Timing Board #1 or LabVIEW executable software program for details.
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Timing Generator Software and Hardware PCI/PXI
Package includes a Fiber Optic Interface to National Instruments PCI/PXI 6602 Timing Board, a National Instruments PCI-6602 timing card, and a LabVIEW executable software program. See Fiber Optic Interface to National Instruments PCI/PXI 6602 Timing Board or LabVIEW executable software program for details.
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T-Pattern Vectorbord
VECTOR Electronics and Technology, Inc.
Boards with hole diameter of 0.067"(1.7mm) on 0.156"(3.96mm) square grid pattern. T-Pattern is available in FR4 epoxy glass and FR2 phenolic materials. T-Pattern boards are without copper clad layers.
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Trimmer Potentiometers
CTS trimmers are typically used in applications that do not need frequent adjustment and are often used for "set and forget" initial adjustments in circuits. These are usually located on the circuit board and out of view. CTS trimmers are available in a variety of standard resistance values, tolerances, power ratings, and mounting styles. Depending on product series, adjustment knobs are available with color coding and a screwdriver and/or hex hole for top or bottom side adjustments.
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Triple-Axis Gyro Breakout Board
L3GD20H
A gyroscope is a type of sensor that can sense twisting and turning motions. Often paired with an accelerometer, you can use these to do 3D motion capture and inertial measurement (that is - you can tell how an object is moving!) As these sensors become more popular and easier to manufacture, the prices for them have dropped to the point where you can easily afford a triple-axis gyro! Only a decade ago, this space-tech sensor would have been hundreds of dollars.
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TSOP-to-DIP (0.600 [15.24]) Adaptor
655000
TSOP to .600 [15.24] DIP Adapter. Designed to allow user to cut 32 position adapter down to any size desired. Pins are mechanically fastened and soldered to board using Aries patented process, creating a reliable electrical connection and rugged contact.
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Two 110/220VAC-to-48VDC Desktop-Style Power Supplies
TE3201
The TE3201 is comprised of two separate 110/220VAC-to-48VDC desktop-style power supplies. Together, they provide two isolated 48VDC inputs to power the TE3200. Interconnection is made to the front connector on the TE3200 via a screw-terminal/power adapter board (TE3202) and VGA extension cable that are included with every retail order (not included with OEM orders) for the TE3200.
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Universal Preamplifier 14
UP14
For Two Dimensional Magnetic Recording (TDMR) and Heat-assisted Magnetic Recording (HAMR) Headamplifiers. Universal Preamplifier 14 (UP14) is designed for TDMR and HAMR Head Amplifiers. With new Guzik RWA4000 TDMR, UP14 allows to process signals from three Read Channels. It also supports two high speed data channels for Write data and Laser data. UP14 has two channels for dynamic TFC control and allows to program TFC power per sector and close loop TFC power control in each channel. UP14 can generate two programmable modulation signals for write data and laser data with bandwidth up to 20 MHz. UP14 consist of two boards. The first UP14 RW Board processes high-frequency signals: read-back signals, write data and laser data. The second UP14 Control Board provides power, control and low-frequency signal generation: TFC, write data modulation and laser modulation.
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Universal Test Socket Receptacle
Series 6556
Universal Test Socket Receptacle. The Aries Universal Test Socket Receptacle is sturdy, open frame, and easily mounted to PC boards. Allows for easy replacement of Aries and other manufacturers test sockets. A choice of four collet pin styles makes the receptacle useful for any interconnection method.
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USB 3.0 Cameras
See3CAM
See3CAM - a new series of USB 3.0 Camera. It's the world's first UVC compliant USB 3.0 Camera Module that is plug & play on Windows/Linux. USB 3.0 camera board does not require additional device drivers. These USB3 cameras work with standard Windows (DirectShow) and Linux (V4L2) software. USB3 Camera is based on Aptina & OmniVision CMOS sensors.
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USB3 Industrial and Scientific Cameras
XIMEA’s USB3 cameras portfolio includes: USB3 Vision cameras, USB 3.1 cameras with Sony CMOS, USB 3.0 cameras with CCD and mini Hyperspectral imaging cameras. Including board level versions.
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USB3 Vision Cameras
xiQ
*Ultra compact mini camera- Only 26.4 x 26.4 x 21.2 mm and mere 27grams (1)*Cool - Low power consumption with 1.0 to 1.8 W and minimal heat dissipation*Fastest - High speed, high frame rate: 500fps at VGA and 90fps at 4Mpix resolutions*AIA standard - USB3 Vision standard compliant*Supported - USB3 under Windows 7 and 10, macOS, Linux, ARM and various Machine Vision Libraries*Industry standard interface - Compatible with USB 3.1 Gen1 SuperSpeed specification*Powerful potential - 5 Gbit/s interface 400 MB/s data throughput*Connectivity and Synchronization - Programmable opto-isolated input and output, 3 status LEDs*Cost efficient - Excellent value for the price, low TCO and fast ROI*Software interfaces - GenICam / GenTL and highly optimized API / SDK for Image Processing*Easy deployment - Range of accessories and widest hardware and software interoperability*Time proven - In production since the end of 2011*User friendly - Intuitive and simple to use API, easy switch from C to CS mount and more*Highly Customizable - Available in Board level (single PCB) and with different connector types
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USB-C® Short Channel Rx Precet. Test Fixture
AUT20098
*Easy swap between CC1 and CC2RP & RD Mode: In the older version of the USB-C full breakout board, users had to manually set the jumper with a short pin. But now users can easily swap between the two by just moving the switch.*In the previous version, the soldering joint of Test Fixture Host Fixture 1A gets worn out quickly from repetitive plug and pull. This newly designed fixture is more durable and users can easily replace the worn out SMA connectors with new ones.*DC-in Jack is upgraded to +5V USB C portA boost in user experience as it makes setting up easier.
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USB Digital Input/Output Module
USB-DIO-32
The USB-DIO-32 is an ideal solution for adding embedded, portable, easy-to-install digital I/O and counter capabilities to any computer with a USB port. The USB-DIO-32 is a USB 2.0 device, offering the highest speed available with the USB bus. It is fully compatible with both USB 1.1 and USB 2.0 ports. The board is plug-and-play allowing quick connect or disconnect whenever you need additional I/O on your USB port.
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USB Expansion Kit
OP-SB84
OP-SB84 is an expansion board for monitoring USB2.0 and measuring VBUS power, inserting into a slot of portable communication analyzer (LE-8200A/LE-8200). It is a stand-alone USB analyzer, exchanging the measurement board and line state sheet for USB signals. This equipment runs without a PC and useful not only for developing USB devices but also trouble shooting and after-supporting of USB devices.
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USB JTAG controller
The small, lightweight design means the XJLink2 can easily be moved to the Unit Under Test (UUT). Advanced features, like their programmable JTAG signal pin position, switchable power supply and auto signal skew, make it easy to connect to a wide range of circuit boards. Simple to install and use due to the USB plug-and-play ability.
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Utility Power Source
SE-UDPS
Load boards for applications like mixed signal, analog and RF require active components. To drive these active components multiple utility power supplies are needed. The SE-UDPS from Salland Engineering is an economical way of adding more utility power supplies to your Advantest™ V93K to drive op-amps, buffers, relays and switches. The SE-UDPS extends the usefulness of your current fleet of V93Ks. You can also minimize the need to add external power supplies on your load boards.
