Circuit Board
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Near Field Probes
MFA Family
The micro probes allow detailed measurements of high-frequency magnetic fields in the layout, at the smallest SMD components(0603-0201) and at IC pins of printed circuit boards.
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Precision Flying Probe Platforms For Automated Test Applications
Flying Probe technology is used to automate the testing of printed circuit boards (PCB) that would otherwise have to be tested manually. Adding a Huntron Access Prober to your test procedure will significantly decrease test times therefore increasing productivity.Access Probers can accurately place a probe on test points with high accuracy achieved using micro-stepping motors and linear laser encoders. Probing the smallest surface mounted devices is possible. Huntron Access Probers can automate your unique test process using the standard probe or by adding a custom probe of your design. Huntron offers three Flying Probe system configurations based on PCB size and test head requirements.
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ASA100
The ASA100 Analog Signature Analyser will assist you in testing, diagnosing and troubleshooting printed circuit boards without powering them (known as ‘power-off testing’).Connected via USB to a compatible PC running our own free software, with the ASA100 you can easily capture, measure and compare known good signatures (from your ‘golden’ board) with signatures from your suspect board.With the ASA100 we set out to bring the incredibly powerful technique of Analog Signature Analysis to engineers and repair shops at a super-affordable price.
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Embedded Antennas
Embedded chip antennas are compact and integrated antennas designed to be directly mounted on a printed circuit board (PCB) or embedded within electronic devices. These antennas are often used in wireless communication applications, such as Wi-Fi, Bluetooth, GPS, and IoT devices, due to their small size and ease of integration.
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PXI-2535, 544-Crosspoint, 1-Wire PXI Matrix Switch Module
778572-35
544-Crosspoint, 1-Wire PXI Matrix Switch Module—The PXI‑2535 is a high-density 4x136 PXI matrix switch module that is ideal for routing low-power DC signals in validation test systems of mass produced devices such as semiconductor chips and printed circuit boards (PCBs). Featuring field-effect transistor (FET) relays, the PXI‑2535 offers unlimited mechanical lifetime and switching speeds up to 50,000 crosspoints/s. It also features onboard relay counting for relay monitoring and deterministic operation with hardware triggers to improve test throughput.
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Silver Plated Test Points
The fabricators of SMT printed circuit boards may take advantage of the convenience of field testing with the unique loop design of Components Corporation's TP-107 and TP-108 series of surface mounted, printed circuit test points is now available in silver-plate for outstanding reliability. All products are RoHS and REACH compliant.
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BGA Socket And BGA Adapter Systems
Mill-Max's BGA Socket/Adapter Systems are used for both socketing BGA devices and interconnecting circuit boards. Systems are available to fit 1mm, .050" and .8mm grid footprints.
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SSMA Connectors
Pasternack SSMA connector category includes 52 part numbers, most are RoHS and REACH compliant. SSMA connector series in this category will terminate to coax, PCB (printed circuit board) or terminal. Pasternack SSMA connectors are built to precise microwave and RF industry specifications. Connectors in SSMA series are manufactured in male or female gender with 50 Ohm impedance. SSMA connector items are available in straight or right angle versions, as well as, bulkhead, 2 hole panel, 4 hole panel or mountless options. These SSMA connector designs include crimp/solder, solder, solder (without contact) or solder/solder attachment methods. Like the other over 40,000 RF, microwave and millimeter wave products from Pasternack, this SSMA connector series is in-stock. Not just in stock, but these connectors will ship the same day as they are purchased.
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Miniature 8-channel photon counter
id150 SERIES
Intended for large-volume OEM applications, the id150-1x8 is the only multichannel solid-state single photon detector on the market. It consists of a CMOS silicon chip packaged in a standard TO8-16pin header with a transparent window cap. The chip combines 8 in-line single photon avalanche diodes that can be accessed simultaneously for parallel processing. square in center-to-center A fast active quenching circuit is integrated within each pixel in order to operate each diode in photon counting regime. The chip is mounted on a printed circuit board on top of a single-stage thermoelectric cooler (TEC). A thermistor can be used to measure the temperature of the chip. Only two low power supplies of +5V and -25V are needed for operation in photon counting mode. The fast active quenching circuit leads to a dead time of less than 50ns per channel. An outstanding timing resolution of less than 60ps allows high accuracy measurements.
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Chip Obsolescence Solutions
Solve component obsolescence problems with an Ironwood adapter and an alternate device. Adapters convert the pinout of an alternate device to maintain compatibility with an existing footprint – no need to redesign a new circuit board. Very often, these adapters (called Package Converters) are a simple 1:1 pin mapping from the new package to the old. Here are a few examples of package converters and how they can solve chip obsolescence issues.
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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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Substrate Inspection Apparatus
The test system of the printed circuit board (mounting board) called the flying probe tester developed ahead of the world received high evaluation at the electronics manufacturing factory around the world, securing the top share of the industry and "Takaya of the board tester" We have established a firm position that.
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High Carbon Process Carrier Pallets
Composite Family
High Strength, high temperature, semiconductive composite board designed for use as circuit board and flex circuit carrying pallets for solder reflow ovens.
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Automated Optical Inspection (AOI)
Automated optical inspection (AOI) is an automated visual inspection of printed circuit board (PCB) (or LCD, transistor) manufacture where a camera autonomously scans the device under test for both catastrophic failure (e.g. missing component) and quality defects (e.g. fillet size or shape or component skew). It is commonly used in the manufacturing process because it is a non-contact test method.
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PXI Single 24x8 Matrix, 2 Pole Switching
40-521-022
Typical applications for this high density matrix include signal routing in Functional ATE and data acquisitionsystems. These PXI matrix cards are constructed using high reliability rutheniumelectro-plated reed relays, offering >10e8 operations to give maximum switchingconfidence with long life and stable contact resistance. Larger matrices may be constructed by Daisy Chaining the common signals from multiple PXI modules. For example, 7 PXI modules will form a 168x8 Matrix, a total of 1344 crosspoints in a 7-slot PXI Chassis. All 40-521 series modules are fitted with reed relays (ruthenium sputtered type), these offer very long life with good low level switching performance and excellent contact resistance stability.Spare Reed Relays are built onto the circuit board to facilitate easy maintenance with minimum downtime.
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Actuation Methods for Functional Test Systems
Functional test typically applies full operational power to a final product or a loaded printed circuit board in order to determine if the Product/ PCB performs functions as designed. This type of test often involves custom built test equipment and custom test fixturing. Circuit Check supports all forms of functional test strategies within its Signature Series functional test fixtures.
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Solid State Voltage Injector
J2110A
While it is possible to obtain high quality injection transformers with bandwidths as wide as 1Hz to 5MHz or more, in some cases this is still insufficient for some tests. For example a typical heater control loop might have a bandwidth of less than 1Hz while some linear regulators and opamp circuits can have bandwidths of up to 100MHz or in some cases even higher. For these applications, a solid state injector can provide the necessary bandwidth. A solid state injector can perform at DC, while the upper frequency limit is dictated by the components selected and the printed circuit board material and layout. It is possible to obtain a solid state injector with a working range of DC – 200MHz, though above 50MHz the interconnection between the injector and the circuit being tested can become quite critical. It is essential that ripple from the injector power supply does not dramatically degrade the dynamic range or the signal to noise ratio of the measurement. The resulting plots are often much cleaner when using a solid state injector than with a transformer injector.
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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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TTL/I2C/SPI* Expansion Kit
OP-SB5GL
OP-SB5GL is the interface expansion kit that has a port to measure RS-232C(V.24) and a port to measure the TTL / CMOS signal level communications. The port for TTL / CMOS supports the measurement of TTL / CMOS level communications that power supply system is from 1.8V to 5V. It is suitable for monitoring the communications between the LSI and the interface IC on the printed circuit board by directly probing into the lines. It supports the protocol of not only UART and HDLC but also I2C and SPI* on monitoring and simulating.
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Breakout Boards
"Breaks out" these pins onto a printed circuit board that has its own pins that are spaced perfectly for a solderless breadboard, giving you easy access to use the integrated circuit.
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Expanding In-Circuit Capabilities
Circuit Check supports reading linear bar codes and 2D symbols within each of its fixture product lines.When spring-loaded probes are not practical or access is limited, Circuit Check can help you with thru-connector tests to contact connectors on any surface or edge of a circuit board. These tests can be implemented spring probes, mating connectors, sacrificial SMT connectors, and stabber cards.
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FADOS MUX Multiplexer Module
FADOS MUX MODULE
Prot-Ar-Ge Industrial Project Design R&D Ltd. Co.
FADOS Multiplexer Module uses for testing and checking electronic circuit boards. Check and create VI graph of 96 or more electronic circuit points in a while.
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NIM Mechanics
NIM cassettes with mounting blocks for printed circuit boards and optional NIM connectors.
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Monitor SDR Boards
Multiple Access Communications Ltd.
MAC Ltd’s MONITOR product family includes a number of software-configurable digital signal processing platforms intended for use in radio frequency (RF) receiver and transceiver applications. The MONITOR products are available in assembled printed circuit board (PCB) form for integration into larger systems. They also form the basis of MAC Ltd’s CatchAll™ radio products. In addition to the standard products listed below, MAC Ltd is happy to discuss the customisation of existing products and/or the development of new bespoke hardware and software.
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Extender
3690-16
VECTOR Electronics and Technology, Inc.
Contact fingers at the other end of extender card are gold plated provides low insertion force and positive contact with printed circuit boards. Receptacles have double row phosphor bronze contacts with high quality, long life mounted on top of the extender.
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PHOTOMASK INSPECTION MACHINE
NEGATIVE FILM
Negative film and photomask inspection originated from the extensive use of printed circuit boards. Negative films and photomasks are used in large quantities. The early detection method is to use the "inspection light table" for inspection, which requires too much manpower and material resources, and manual testing may be due to eye fatigue and negligence.
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TTL/I2C/SPI Expansion Kit
OP-SB85L
OP-SB85L is the interface expansion kit that has a port to measure TTL / CMOS signal level communications, and the one to measure the voltage of high-speed analog input. The port for TTL / CMOS supports the measurement of TTL / CMOS level communications that power supply system is from 1.8V to 5V. It is suitable for monitoring the communication between the LSI and the interface IC on the printed circuit board by directly probing into the lines. It supports the protocol of not only UART and HDLC but also I2C and SPI on monitoring and simulating.
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In-Circuit Test System
TestStation LX
TestStation LX is a cost-effective in-circuit test solution providing high-volume electronics manufacturers with reliable, high-quality test for the latest printed circuit board assembly technologies.
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Precision Electronic Test Leads
34133A
The Keysight 34133A precision electronic test leads are designed specifically for working with small components and dense circuit boards. Each kit includes two test leads (one red and one black).
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Test Systems
In-Circuit Test (ICT) tests populated circuit boards by means of electronic measurements through thin needles on test fixtures. We offer in-circuit testers for various testing strategies – from the flexible 19“ rack to the ergonomic high-performance tester. And all of our in-circuit testers are also available in the Lambda edition for true parallel testing. The flying probe test checks your printed circuit boards using four movable test heads. This requires no fixtures and allows for flexible test program generation. That makes our flying probe test systems ideal for a high mix of printed circuit boards and small to medium test volumes, such as for prototype testing.
