Takaya Flying Probe Tester: For Electronic Testing

The takaya flying test series contains test systems to detect production defects on conventional printed circuit boards. This is done with probes moving sharply and separately from each other so that there is no need for a conventional bed nails adapter. Takaya formulated the theory of the flying probe tester in 1987, which combines advanced electrical test techniques and highly accurate mechanics. Since then, takaya has become the leader in flying probe technology. To respond quickly to customers' rapidly shifting technological requirements and wants in the many diverse areas of the electronics industry, research, and development capacities are focused on the quick launch of the latest developments on the market.

 

Decrease in test costs

 

For the in-circuit test of assembled printed circuit boards, fixtures are typically employed. Typically, it takes one to several weeks to produce these fittings. Heavy prices and extended manufacturing times both play a big part. Fixtures can quickly become a major source of expense for manufacturing, storing, and upkeep, especially in production with high type diversity.

 

Precise and tactful communication

 

Four or six flying probes can precisely locate and engage contact sites up to 60 m long. This minimizes the "design for test" effort and makes testing intricate smd boards possible even without test points. It is possible to softly and carefully place the probes on the contact surfaces using soft touch control of the z-axis without considerably slowing down the test speed.

 

Substantial tests

 

There are 4-quadrant power supplies, sine and rectangular wave generators, frequency counters, led sensors, and other high-precision measuring tools for analog and digital components available. These numerous test options enable quick and accurate measurement of a wide variety of components.

 

Software that is simple and user-friendly

 

Intelligent and customer-focused technologies provide intuitive system handling, from program development to fault investigation. Flexible auxiliary tools for programming support the automatic determination of reference values, guard points, and measurement circumstances. There are also several fault analysis and troubleshooting programs accessible for quick test program editing. Both cad data and the "teach-in" procedure can be used to construct test programs. For, there is a takaya merlin pro software, that supports more than 40 different cad systems.

 

The new generation of takaya flying test probe systems consists of the apt-1400f and the apt-9000 series test systems. The systems integrate decades of knowledge and expertise in measurement technology, probe actuation, and probe positioning fields. The apt-1400/9000 systems stand out for their exceptional test coverage and high positioning accuracy and test speed. Here, numerous visual tests supplement the vast electrical experiments conducted.

 

Includes Optical Testing

 

The sophisticated recognition technology in apt systems enables accurate and dependable automatic optical testing. The optical system expands test coverage for components that cannot be evaluated using an electrical test. This is done by identifying missing, offset, or polarity-reversed components. Additionally, the camera captures 1d and 2d barcodes, which are included in the test reports. Accurate measurement and assignment of results are always ensured.

 

External communication

 

The apt test systems series are equipped with interfaces for external measuring and testing systems. All external testing systems such as boundary scans, system programming, frequency measurements, and function tests are now easy to conduct because of the open platform.

 

Quality, reliability, and convenience

 

Measuring equipment is the most crucial component of the takaya flying tester. However, the system's mechanical design is very rigid. Make sure not to compromise here.

 

To conclude

 

An organization with preparation can walk farther by reducing lead time and getting accurate tests. Your designs are given to takaya flying test for testing. Sometimes you may have to provide us with updated files if the old ones do not work correctly. Moreover, it is impossible to know until you hand over your data. So, respond sooner. Make sure to provide your contact manufacturer of electrical schematics whenever possible. Or else it would not be easy to compare boards and tell what your parts are supposed to do. In several cases, we remove any mysterious element from the program instead of starting from the beginning.

A Comprehensive Guide to Kelvin Probe Technique by Equiptest.com

Kelvin probe techniques are used to measure the work functions of materials. They have been successfully applied in surface science for decades, usually under UHV conditions. It is employed to study the adsorption of molecule surfaces or reconstruction processes of single-crystal surfaces. Both of which cause a change in the surface or dipole potential.

What is the Kelvin probe technique?

The Kelvin Probe technique is a non-contact, non-destructive method that measures the change in the contact potential difference (CPD) between the sample and the electrode using a vibrating reference electrode.

 

The work function difference between the tip and sample is produced using the conventional Kelvin probe. Lord Kelvin, a renowned Scottish scientist, proposed the Kelvin method in 1861. Typically, the tip is calibrated against a reference surface, such as gold. However, KP Technology is the only company that offers absolute Kelvin probes. To generate absolute work function values, this combines the Einstein Photoelectric Effect with the Kelvin technique (in eV).

Specifications of Kelvin probe

Because the topmost 1 - 3 layers of atoms or molecules define the WF of a surface, the Kelvin probe is one of the most sensitive surface analysis techniques available. KP Technology systems have an extremely high wf resolution of 1 - 3 meV. This is currently the highest achieved by any commercial device. 

It does not make physical contact with the surface.  Instead, an electrical connection is made to another part of the sample or sample holder.

A head unit with a voice coil driving system and an inbuilt amplifier suspended above a sample is the physical form of a Kelvin Probe.

The sample and the vibrating tip combine to create a capacitor with a perfect, or parallel-plate shape. Electric charge is pushed around the external detecting circuit as the tip vibrates. Both the potential across the capacitor and the capacitor spacing can be determined to very high resolution. It can be done by carefully controlling the tip potential and automatically capturing and analyzing the resulting waveform.

Kelvin probes for Semiconductor surfaces

The Kelvin probe is the only method for accurately measuring the Fermi level on semiconductor surfaces, including organic (polymer) and inorganic (Si, Ge, CdS, etc.) semiconductor surfaces. White or monochromatic light illumination alters the Fermi level, causing energy band shifts that can be utilized to describe the interface and bulk defect states. These processes are known as Surface Photovoltage (SPV) and Surface Photovoltage Spectroscopy (SPS).  KP Technology can provide our systems with the necessary software and add-ons.

Equip-Test- Ultimate destination for all interface solutions

Equip-Test is a worldwide manufacturer of test probes and fixture kits for a variety of applications. Our primary product line consists of test probes, test fixture kits, customized ICT, functional test fixtures, and integrated ICT with function testing capabilities. We make significant investments in research and development, internal laboratories, and high-tech manufacturing plants. If you have any concerns, our knowledgeable staff will be happy to assist you. Visit our official website today if you are looking for interface solutions or probe test tools. You can also get a quote by calling +36-29/550-940.

A Comprehensive Guide to Machined Interconnect Solutions

As technology has become increasingly important in our modern world, the world has become driven by technology. With the increasing number of devices, the need for inter connectedness has grown incredibly. Machined interconnect solutions are key to seamless communication and data exchange between different computing devices. The quality of machined interconnect solutions is critical in determining overall system quality and reliability. There are various types of machine interconnect solutions, such as LANs, WANs, SANs, and cluster interconnects, each with its own set of features and characteristics. Machined interconnect solutions are used in a wide range of applications, including large-scale scientific research projects related to cloud computing and high-performance computing.

Machined Interconnect Solutions Explained

Machined Interconnect Solutions are a set of hardware and software technologies that allow machines to communicate with one another. Networking protocols, communication protocols, and hardware components are examples of this. These components work together to provide an efficient, dependable, and secure means for machines to communicate with one another. Networking is the most commonly used technology in machine interconnect solutions. Ethernet, Wi-Fi, and other networking protocols are examples of this. Designers have a wide range of options thanks to highly developed interconnect systems. It incorporates precision-machined design amalgamation to meet a variety of ductility, strength, and temperature resistance requirements. Engineers work on machine interconnect solutions for the unique requirements of each application optimization while conceptualizing precision parts. Different types of pylon blocks are used as hardware components. Spring probes include contacts, connectors, interposers, and other machined interconnect solutions.

Equip-Test for all interface solutions

Equip-Test is a global manufacturer of test probes and fixture kits that are used for various applications. Our main product line includes test probes, test fixture kits, customized ICT, functional test fixtures, and integrated ICT with function test capabilities. We highly invest in our research and development, internal laboratory, and high-tech production plants. In case any concerns, our well-trained staff will be there to help you. If you are looking for interface solutions or probe test tools, visit our official website today. You can also contact us at +36-29/550-940 to get a quote.

Top 5 Reasons to Use the Takaya Flying Test

In 1987, a unique development was made that changed the way electronics are tested. Takaya came up with the world's first flying probe test system, which is well known as the Takaya flying test.

Let's discuss what the Takaya flying probe test system is and why you should use it to make your electronic testing easier.

What is the Takaya flying probe?

The Takaya flying probe is a testing system used for in-circuit tests without fixtures. The Takaya flying test uses probes that move very fast without requiring a conventional bed of nail adapters to perform.

Takaya Flying Probe systems are famous for their high build-up quality, robustness, and long-term stability. The Takaya flying probe system combines precise mechanisms and high-precision measuring equipment to provide the best result.

Top 5 Reasons to use the Takaya flying probe

The flying probe technology developed by Takaya has been a market leader for years. The research and development capacities concentrate 

Focusing on the instantaneous launch of innovative products into the market, Takaya develops its testing system to meet the rapidly changing technical requirements and needs of customers in the electronics industry. Here is a list of the top 5 reasons why the Takaya flying probe test is so popular.

1. Continuous development of innovative products

Takaya continuously develops new, innovative, and modern flying probe systems in the areas of test coverage and test speed to deliver remarkable outcomes

2. Reliable and high-quality standards

The Takaya flying probes are exclusively manufactured in Japan, maintaining high-quality standards. They never compromise between speed and long-term stability.

3. High proximity testing

Takaya is popular for its excellence in testing. The Takaya flying test delivers a high-speed, high-precision, fixtureless, and easy-to-use circuit board tester.

4. Decades of experience

Takaya has been a leader in the field of flying probe technology since 1987. They continuously conduct the research and development process to meet rapidly changing technical requirements.

5. Excellent customer support

Their excellent customer support is another reason they have achieved such massive success. Their customer support service includes maintenance, calibration, installation, and training, either on-site or in one of their training centers.

To know more details regarding the Takaya flying test, you can visit https://equip-test.com/, where you will get the best deals at the most affordable price.

What’s Spring-Loaded Contact Probe and What are They For?

What is a Spring Loaded Contact Test Probe?

Spring-loaded contact test probes are also referred to as Pogopins, Contact pins, fixture pins, spring pins, test pins, and bed of nails.

To make contact with various test points on Printed Circuit Boards (PCBs), components, and wiring fields, spring contact test probes are used. The probes may test connector-cable systems when they are used in specialized test modules. The test probes can also be used as a charging contact or in control engineering units.

A tubular barrel, a spring, and a plunger are the components of a spring-loaded contact test probe. Different tip styles and spring tensions are available for plunger tip styles. The test surface is best-contact guaranteed.

Additionally, probes can be fixed inside housing units (receptacles) where an electrical connection is made. Also, makes it simple to remove the test probes for repair or replacement.

There are several applications for contact probes. Here’s a summary:

●      ICT/FCT series - Probes for fixtures. Standard ATE probes for different centers

●      Short Travel Probes/Battery contact series - Limited travel compact probes. Frequently used as a battery contact

●      Interface Probes - Interface between the fixture and test system are usually realized by this option

●      Pneumatic Probes - For the limited access, selective contacting of a single test point

●     Threaded Probes (screw-in) - Threaded to provide a secure fit. Used to test wire harnessing in modules.

●      High Current Probes - Used for applications requiring a high current.

●      Switch Probes - Special probes with integrated switch elements are mainly used for presence tests.

●      Push Back Probes - During the push back of connectors, the tight seat of the connector elements is verified.

Because of their numerous benefits, spring-loaded contacts have grown to be a favorite among engineers. And they could be benefiting you.

Advantages of Spring-Loaded Contact

1. Solderless inter-connections
2. Easy integration into systems
3. Designed for durability
4. Misalignment accommodation
5. Consistent contacts
6. High Vibration Tolerance
7. Easy mating with other components
8. Perfect for blind mating
9. Self-cleaning components
10. Excellent contact for cable termination
11. Diversity of designs

Just Leave it to us, we have it covered!

Every design has unique specifications, and we are able to create the spring-loaded contacts you need to bring your idea to life.

We specialize in precision machined components, thus we are the experts in the industry when it comes to spring-loaded connections. We give you the products you want for your unique design needs.

Get your every component as per your need at https://equip-test.com/

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Equip-test Radio Frequency Testing

 Radio frequency testing is a non-destructive process that can be used to verify the quality of electronic components and materials. It is also used to find defects in solder joints, printed circuit boards, and other types of electronic assemblies. 

What is Radio Frequency Testing

Radio frequency testing is a process of testing radio frequency emissions to identify potential interference with other electronic devices. Radio Frequency testing can be conducted on both active and passive devices, and is often used in the development of new electronic devices or the optimization of existing ones. 

https://equip-test-probes.blogspot.com/2021/10/simple-cable-harness-tester.html

 RF testing typically involves measuring the power, frequency, and modulation of the device under test. These measurements can be used to identify potential sources of interference and optimize the performance of the DUT. Radio Frequency testing can be performed using a variety of techniques, including spectrum analyzers, vector network analyzers, and power meters. 

How RF testing performed

The radio frequency testing is performed by taking and placing the devices in an isolated area. By doing that, the electromagnetic interference with the device can be controlled and the device is observed closely by other such appliances in that area. 

In addition, testing is used to determine the device's RF immunity, which is its ability to handle interference from other devices.

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How the equip-test products helps in RF testing

If you’re looking for a reliable and accurate way to test your radio frequency equipment, you need a product from equip test. Our products are designed to help you get the most out of your testing, and they’re backed by our quality guarantee. We offer a variety of different models to suit your needs, and our team is always available to answer any questions you may have. With equiptest, you can be sure that your radio frequency testing is being done right. 

In these days of wireless computing, it’s vital to do an RF testing procedure. With Equiptest, you can have your radio frequency tested, wifi, gps and more. We can help you pick the right lab for a project-specific test. 

How equip-test radio frequency testing is different from others

There are many different types of Radio frequency testing, but what sets equiptest RF testing apart is our unique approach. We don’t just test for compliance with standards - we also assess the performance of your devices in the real world. This means that you can be confident that your products will work as intended, even in the most challenging environments.

What’s more, our team of experts have years of experience in Radio Frequency testing, so you can be sure that you’re getting the best possible service. We’re always happy to answer any questions you may have, and we’ll work with you to find the best solution for your needs. Contact us today to find out more about equip-test RF testing. 

For more information contact us:-

+36 15333165

info@equip-test.com

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Flash fixtures | Equip Test

      How do flash fixtures help to get better radio frequency?

We are interacting every day with radio-propelled activities in this technologically advanced world, whether directly or indirectly. The radio flash fixtures kit was able to attenuate signals up to 400 MHz to 6 GHz range and prevented external interference. Fixture kits with radiofrequency technology are easy to assemble without major tools and provide protection against high-frequency waves emanating from the fixture. We rely on geometry-aligned probes for low-reflection transmissions with standardized contacting. Moreover, Multiple configurations and multiple programs can be supported by the flash fixture programmer.

 

Radiofrequency testing is highly responsible for magnifying the broad functionality and fairly good performance of both radio and telecommunication appliances. It maintains the user's radio frequency range as there shouldn't be any overlapping in the radio waves. The RF testing is highly mandatory these days as the frequency standard needs to be approved by the current market regulation.

We have different text fixtures available with us such as:

ND-MFS-D3-RF 

The construction is strong and reliable thanks to the solidified aluminum block. A fully transportable bottom plate greatly improves the efficiency of the wiring. Each interconnection has overlapping seams that are strong and reliable. The side corners are round in shape for finer rf reflection characteristics. To extend the RF environment it features stretchable chambers.

ND-RF-EXCH-D3

As it has an outstanding measurement of shielding attenuation of 80 DB, all of its features are quite comprehensive and very effective. Moreover, it is qualified to operate in all RF bands, from 400 MHz to 6 GHz.  It also has a strong exterior with high-quality aluminum. To initiate an internal radio network, it featured with RF absorber. 

ND-MFS-D4-RF

This particular test fixture has a supple external texture with dimensions of (width, depth, height) of 729 mm x 656 mm x 280 mm. Its reported shielding attenuation is 75 DB and covers the RF band with 400 MHz to 6 GHz. Furthermore, the transport and lifting are quite easier with an aluminum grip.

ND-RF-EXCH-D4

The test fixer allotted with 325mm x 206mm usable area with shielding attenuation of 75DB along with a strong aluminum. The high-quality test fixtures will be extremely useful with their experienced construction.

High – Current Leaf Spring Probe

 The idea is to allow the audience to find their best tools through our online platform and to show them their best products. Power electronics High-Current pins and flat type contacts inside of connectors make Leaf Spring Probes a good contacting solution for high-current pins and flat type contacts. We provide the best equipment along with the highest technology and the widest range of classifications. Moreover, we offer a wide array of products including test probes, led probes, test fixtures, test systems, interface solutions, in-line test handlers, and test gigs. Leaf spring probes with a high current are designed to provide the highest performance as well as deliver a high level of reliability. 

Technical Efficiency

Each section is precisely optimized with the most advanced technology in terms of technical efficiency. On its technical specification, it has a fair opening width of 0.5 to 0.8 mm. Designed with a maximum insertion force of 2.0, it is configured with a right immersion depth of 3.5 mm to 6.0 mm (0.138 to 0.236 in), as well as a maximum current of 20 A, which will avoid any measurement errors. A brass/gold plated barrel mate is predominantly used in this type of equipment. Other important materials are Spring Steel /Gold plated. The operational temperature is the most vital process to get allowable temperature so in that case, the temperature stays  - 100 °C up to + 200 °C[- 148 °F up to + 392 °F]. It appears simple enough to drill mounting holes for your PCB so that you can mount it to an enclosure or surface. All you have to do is select a screw size that makes sense for the size of your board and the surface suitable to mount it to and drill accordingly. So after a core research the mount hole size is recommended Socket / Receptacle Diameter + 0.01 - 0.03 mm [0.394 - 1.181 mil] drill bits for this.

Tip style

This leaf spring probe is designed with a specialized testing element and concludes with the tip style. The measurements are Tip Diameter (3.2 [0.124] mm [inch]),  Tip Length (8.9 [0.351] mm [inch]), Tip - Opening Diameter 1.2 [0.047]  mm [inch], Installation Height 16.4 / [0.646]  mm / [inch]. 

Socket Pylon Blocks and its usability

 

The sockets are generally used for client and server connection and interaction. These allow communication between two different processes on the same or separate machines. To be more specific, it is a process of talking to other computers using standard Unix file descriptors. The file descriptor is an integer associated with the open file. It could be a network connection or a text file or a terminal or any other thing. The socket has a definite flow of events such as in a connection-based client-server model, the socket on the server side waits for the request from the client. To make it happen, the server finds an address that the client can use to get the server.

What do you mean by Sockets?

The socket is an endpoint of a 2-way communication link between two processes running in a network. This endpoint has a name and address in the network.  The socket has a port number that helps the TCP layer to identify the application where the data is to be sent. The endpoint has an IP address and one port number. The TCP connection is uniquely identified by its two endpoints. Now you can have more than one connection between the host and server. 

Pylon blocks

Pylon blocks or Interface Blocks are used as an internal interface. The integrated spring contact probe guarantees good signal transmission with low transfer resistance. The internal blocks transmit signals reliably between the test device and test system whether it’s internal, external, or customer-specific interfaces. Here at Equip test, offers Signal, High-current, Optical, Pneumatic, Mixed, RF, and USB Pylon blocks.  The features include:

·         Compact and robust design

·         Trusted signal transmission

·         High contact/transmission quality

·         Uniform low-level contact resistance

·         Quick, simple, & precise installation

The network configuration generally does not allow connection between a secure internal network and a relatively less secured external network. But you can use sockets to communicate with the server program that operates outside the firewall.  

Importance of in-circuit Test at Equip-Test

 

It is a necessary act for electronic manufacturers to take precautions and ensure nothing goes wrong with finished products. Specifically while creating devices for industries like aerospace, medical, and defense. Indeed, even devices made for other industries require cautious assembly if manufacturers wish to avoid costly rebuilds, repairs, and recalls.

All parts and components, electronics manufacturers should constantly test all through production to ensure perfect operation. Using a wide range of tests at different parts of the process Equip-Test helps guarantee the quality and reliability of all finished products.

The regularly utilized test, in-circuit test (ICT), guarantees contract manufactures and OEMs reliably meet defined parameters at the production process. ICT furnishes significant data about issues with the board.

 

How it Works at Equip-Test

Equip-Test is a leading name in the test systems world, with years of experience in the testing world; we are focusing on tomorrow’s test challenges with our innovative technology solutions. ICT depends on a unique test apparatus, usually referred to as a "bed of nails" since it contains different contact pins. The contact pins with circuit nodes on the printed circuit board (PCB) measure components to check their performance. Contract manufacturers measure vivid parameters at ICT such as capacitance, resistance, and the analog components' operation. In-circuit-test is additionally once in a while used to gauge the usefulness of computerized circuits. In any case, full testing of circuit usefulness isn't normally visible because of the complexity of the circuit.

 

In-circuit test equipment consists of several elements:

 

·         In-circuit tester:   The sensors and drivers are included within this system to set up and perform the estimations. There might be 1000 or more of these driver sensor points. These are regularly taken to a huge connector strategically placed on the framework

·       Fixture:   Considering the assortment of sheets this will be planned explicitly for a specific board and goes about as an interface between the board and the in-circuit analyser. It takes the associations for the driver sensor focuses and courses them straightforwardly to the important focuses on the board utilizing a "bed of nails".

·   Software:   Software is composed for each board type that can be tested. It trains the test framework on what tests to perform, between what focuses and details of the pass / fail criteria.

 

 

When performed accurately at Equip-Test, in-circuit test can get around 98% of flaws with the board. Test results given by ICT are not difficult to interpret at Equip-Test. This makes it workable for manufacturers of all ranges of abilities to find issues rapidly. Programming an in-circuit tester is simple. Electronics manufacturers can utilize information provided in the PCB layout to produce the vast majority of the program.