Capabilities

DESIGN RULE CHECK (DRC)

A design rule is a geometric constraint imposed on the circuit board, semiconductor device, and the integrated circuit (IC) designers to ensure their designs function properly, reliably, and can be produced with acceptable yield. We ensure that the Design rules for production are developed by our experienced process engineers based on our process capabilities to materialize the design intent. Electronic design automation is used extensively to ensure that the design rules are not violated. DRC practices are followed before any signoff on the design by way of LVS (layout versus schematic) checks, XOR checks, ERC (electrical rule check), and antenna checks.

AUTOMATED OPTICAL INSPECTION (AOI)

AOI will scan the inner layers to detect short or open circuits. PCBs and inner layers for multilayers undergo an automated visual inspection depending on the composition.
This inspection device covers the entire PCB and examines it for : Short circuit, Restrictions, Breaks and Foreign particles.

FLYING PROBE TESTING

The testing of circuit boards is performed after the manufacturing. The circuit boards are checked with a flying probe, or for larger series we use an adapter E-Test. The layout is analysed according to the net list (from the Gerber data) for short circuits and interruptions.

We employ new generation of flying probes aimed at providing increased test speed, improved access, and greater fault coverage. We use this testing for low-volume and for prototype circuit boards. Typically the flying probe test validates the line set-up without the cost and cycle time associated with designing and building traditional bed-of-nails fixtures.

VERIFICATION OF MANUFACTURING TOLERANCES

The production of printed circuit boards is carried out according to the valid IPC guidelines and relevant standards in addition to various inhouse technical specifications, that include Pattern tolerances, vias & drills, Cu thickness in vias, Impedance Control, etc.

IMPEDANCE CONTROL

Printed Circuit Boards with controlled impedance require a very high degree of accuracy in order to function appropriately. We work with the PCB designers with their definition of trace impedance and tolerance requirements, to ensure that the specifications are materialized. We source our materials from reputed manufacturers to ensure that our customers receive only the highest-quality printed circuit boards that meet all impedance specifications.