Generator Control Generator Control Prototype fabrication Generator Control Reverse Engineering oem

ProfessionalGenerator control prototype/fabrication/reverse engineering/OEM/ODM/PCBA
We offer one-stop service ranging from automatic control circuit designing, electronic circuit hardware designing, PCB circuit designing, microcontroller researching and development, PC software programming, product exterior industrial designing, prototype developing, circuit board manufacturing, SMT chip enhancing, DIP welding enhancing, usability testing to aging testing etc. Both our PCB and SMT plants have obtained certifications such as ISO9001ISO14001TS16949 and 3CULCECSASAAFDA for R&D and OEM products.
Strength in Generator control design
(1) Comparative Advantages inGenerator control R&D
ExperiencedGenerator control R&D team - our R&D team consists of highly educated professionals with Masters and PhD degrees who are also experts in both local and international advanced technologies. Additionally, we have a group of experienced engineers who have more than 30 years behind them in circuit design. All key players in our team are skilled designers with over 10 years of experiences in microcontrollers.
RobustGenerator control R&DCapability - we capitalize on our team’s vast experiences gained in product designs for different industries to provide custom-made designs offering high usability and stability at low costs.
Generator control R&DExperts - we have developed over 100 products in 30 different categories ranging from small household appliances, electromechanical equipments, packaging machines, medical equipments, body building machines, remote locking devices, RF induction devices, power modules, bioelectronics and so forth.
(2)Generator control R&DContent
PCB Layout - our professional PCB layout engineers are highly proficient with these software applications: protel 99se, DXP2004, Altium Designer 6.0, Powerpcb5.0, Pads2007, CadSoft Eagle 5.7, Mentor WG 2004, Cadence Allegro 16.2, PCAD2004, Cadence OrCAD 10.5, cadstar 9.0, Mentor EN 2002, CR5000 9.0 that can be applied to 1-8 layers of PCB boards.
Microcontroller Programming - our microcontroller programming are compatible with these brands: Freescale, NXP, Winbond, NEC, Renesas, Fujistu, HT, Samsung, STC, Atmel, Silicon, Rabbit, Microchip, ST, TI., Infineon, Toshiba, Hynix, Sonix, etc.
Embedded Software - compatible with ARM, DSP, CPLD, FPGA etc. on embedded software development
Hardware - our years of experiences in electronic and mechanical product designs enable us to make full evaluation of the systems in terms of reliability, stability, adaptability under challenging environments and so forth. On top of that, we are skilled in the designs of highly reliable power supply, I/O signal optical isolation, dual RAM redundant, interference-free mechanism, software filtering feature and so forth.
Generator control R&DCapability
PCBcapable to produce 500,000 square feet of 2-12 layers with 4mil in sign blanks and 0.2mm in aperture per month
SMT chip4 high-speed production lines with daily output capacity to produce 1.6 million chips that are compatible with 0402 and BGA package families in various high-precision micro component
PCB Production
Product
Single sided to 12 layers PCB
Material
FR1, FR2, CEM1, CEM3, FR4, BT
Board thickness
0.4mm to 3.2mm
base copper
H oz to 6oz
Min. hole size
Min LW/LS
0.3mm
0.1mm(Flash Gold)/0.15mm(HASL)
Aspect ratio
1 : 6
Soldermask
LPI type, Baked type, Peelable mask
Surface finishing
HASL, Flash gold, Immersion gold, Gold finger, Carbon ink
Max. panel size
508mm x 610mm
Bow & twist
0.7% (1.5mm board)
Hole size tol.
PTH: +/-0.08mm, NPTH: +/-0.05mm
Hole location tol.
+/-0.05mm
Gold thickness
0.05um to 1.5um
Nickel thickness
1um to 5um
PCBA Touchups
1 Objectives
Producing PCBA control panels by following PCB diagrams, component checklists, burning processes and testing methodologies provided by clients
2 Specifications3 Output capacityReverse Engineering
Copying and decoding or reprogramming software applications on samples provided by clients.
Utilize decoding approach if the cost is low or clients requested no adjustments to be made.
Suggest software reprogramming if decoding cost is high or clients requested changes to be made.
We can imitate the board layouts, improve the circuit design by referring to schematic diagrams, make more drastic adjustments on existing hardware circuit infrastructure or make changes on existing circuit infrastructure. To expedite the R&D process, reprogramming of the software applications meeting clients’ requirements will also be utilized as well.