Assembly

specializes in affordable proto type, low volume, high mix PCB assembly, both thru-hole and SMT.

Design

provides exceptional PCB layout service. Our expertise covers minimizing layer for high volume.

PCB Fabrication

provide you with the best possible in providing you the convenience experience from PCB Fabrication.

Proto Type

Best proto type producers in Silicon Valley. we deliver less than 12 hours on full consignment.

Burn - in

Suba Tech is committed to quality, delivery, service, accountability and competitive pricing .

Burn - in

Suba Technology Inc. is continuing to add additional services to serve the semiconductor industry. As a full one stop shop service provider, the Company is committed to quality, delivery, service, accountability and competitive pricing. The founder of Suba Technology and Technical staff has over 25 years + experience in dealing for burn-in boards. With this technical knowledge, Suba Tech never stop to continue and invest on its people to continue to improve the company's ability to deliver quality services.

Suba Technology Inc. is a fast paced service provider in the semiconductor industry. We envision that in the next phase of the Company's growth period other evolving and unique services will be introduced by Suba Tech to service the industry.

Reclaim Burn-in Sockets

Suba Technologies are always on the look out to save company money on burn-in components. As everyone in the burn-in industries knows that burn-in sockets are the most expensive components on the boards, some may cost up to $600.00 per socket or more. We at Suba Technology had developed a unique process to reclaim burn-in sockets to save you money. After reclaiming socket we performed 100% visual inspection to insure that the each individual sockets are ready to perform as it should.


     
  Before socket claim   After socket claimed and inspected

Burn-In Board Design

If you need a board designed and built, Suba Technology will handle that for you. At Suba Technology, we design and manufacture four different classes of boards: Standard Burn-In HAST (Highly Accelerated Stress Test) 85/85 (high moisture environmental stress) Specialty Applications

Standard Burn-In Boards

Standard burn-in boards designed for use for either HTOL (High Temperature Operating Life) or LTOL (Low Temperature Operating Life) applications. At Suba Technology, we routinely design boards to fit industry standard burn-in ovens such as Kineticon, REL Inc., Aehr Test System and Microtest. We can also design custom boards to fit your specific requirements.

The standard dimensions and applicable channel capacity for these burn-in ovens are:

B/I Oven Board Type Dimensions Channel Capacity
Kineticon 12.30 inches by 23.86 inches 380
REL Inc. 12.32 inches by 23.85 inches 40
Aehr Test 11.45 inches by 23.75 inches 21
Microtest 6.55 inches by 23.25 inches 20
Custom per customer specifications as applicable

HAST Boards

Designed for Highly Accelerated Stress Test (HAST) applications, these boards are normally smaller than burn-in boards and are either industry standard single wide (4.00 inches by 18.35 inches) and double wide (8.75 inches by 13.35 inches). These boards are available with a variety of options depending on the customer needs. These options include press pins, all gold body, and multi-layer.

85/85 Boards

85/85 boards are designed for high moisture environmental stress tests (85°C / 85% RH). The boards come in various dimensions depending on the customer board density requirements. A layer of conformal coating can optionally be applied on the board to prevent moisture from shorting the traces during the stress test.

Specialty Applications

Suba Technology also designs and manufactures boards for applications other than environmental testing. These are built to customer specifications for each particular application. Comprising these types of boards are interface boards, test boards, program cards, load boards, probe cards and demo boards.

Board Material

The PCBs designed and manufactured by Suba Technology come in a variety of materials.

The most common types with their various temperature limits and lead times are:

Material Temperature Limit Standard Lead Times
Polyimide up to 260°C Best choice, readily available from source
Risholite up to 150°C Better choice, usually readily available from source
FR4 up to 180°C Good choice, moderate lead time required by source
G-TEK200 up to 185°C Good choice, moderate lead time required by source
BT Material up to 170°C Good choice, moderate lead time required by source

Burn-in PDF