ELECTROSOLVE INDIA PRIVATE LIMITED

Corporate

JTAG (Joint Test Action Group) finalized the IEEE 1149.1 Standard which is popularly known as JTAG Standard or the Boundary Scan Standard with the purpose of providing an easy way to test complex boards with a lot of digital discrete component as well as other high pin count IC’s by accessing only 4/5 Pins for the whole PCB and not having the necessity to access each and every component in the PCB. As today’s PCB are getting more complex with the use of PLD/FPGA as well as Microcontrollers, Flash devices, DDR etc. JTAG is invariably employed to program these devices as well as to test and validate the PCB’s too. ScanWorks from Asset Intertech Provides various solutions using lastest JTAG Standards for debugging from Silicon to the Board. For complex boards with Programmable components with have large I/O (1000+ to 8000+) which are mounted on the PCB’s whose layers are increasing day by day from 4 to 12 to 24 layers, using JTAG becomes the best Test Strategy for these complex situations.

Flying probe testers are the only solution to test the complex PCBA of today. They combine the test accuracy of the latest ATE technologies along with the motion technologies to probe the smallest of small components like 01005 or even the 03015 metric components accurately and test them reliably.

They are increasing used today not only at the proto level to test the boards or for the repair of boards in the repair labs, they are being used in the production testing due to advancement  in the motion technologies and latest test methodologies of accessing the boards on both side simultaneously, thereby reducing the test time.

JET-3000 is a Manufacturing Defect Analysis tester, which measures the impedance of all electronic components on a Assembled PCB. First it checks for any shorts or opens which can happen in the PCB assembly Process and then goes on to test various component like (R) resistors, (C) capacitors, (L) inductors, Diodes, Transistors, FET, SCR, Zener, LED, etc. For these components, the tester checks for its values are within the set tolerance and for capacitor, diodes and transistors and other components it checks for the orientation too. For IC’s it checks for the Pin integrity and proper solder ability. Overall the JET-3000 detect all the possible faults which can occur in the PCB Assembly / Manufacturing process giving a confidence in the next stage of Power-On Test of the PCB.

The increasing demand from the Electric Vehicles (EV) battery industry for electric cars has changed the high-volume production battery arrays test.
To meet the most complex technical needs, Seica has designed and developed the PILOT BT flying probe, the latest addition to the NEXT> Series, which is a validated, verified and completely automated system to test full-size EV lithium ion battery packs.

FLEXIBLE AND CONSTANTLY MONITORED PROCESS The Firefly NEXT> line offers an excellent alternative for the selective soldering process, taking full advantage of laser technology to provide a clean and efcient solution. The modular hardware architecture of the Firefly NEXT> systems, combined with its sophisticated software, enable deployment in different manufacturing environments: multi-product, which require exibility and fast setup times, or high-volume production, where process control and repeatability are key. Firefly NEXT> introduces a laser beam which is orthogonal to the solder joint, and the donut spot, to improve the focusing of laser energy where required, and offering suitability for very small-sized pads providing clear advantages in terms of applicability and process repeatability. A minimized footprint, efciency and cleanliness (low maintenance), accompany a flexible, monitorable and certifiable soldering process, making the Firefly NEXT> Selective Soldering System the ideal soldering solution to resolve manufacturing issues, both in EMS (Electronic Manufacturing Services) and OEM industries, such as Automotive.