Electronic Impact Limited is based in Auckland, New Zealand and provides electronic design sub-contracting and consultancy services.

Read the short summary below of our projects and services to see what we may be able to do for you, or call us for a down-to-earth discussion on how your product could become a reality.

A solid background in the design and in-circuit testing of HF, UHF and VHF communication equipment for military personnel and aircraft, for which high standards of quality and reliability are of paramount importance, sets the benchmark for our work.

We are presently developing a solar-powered satellite-based landing light system for remote, unattended airfields - visit LIGHTMYLANDING.COM for details.

This is an enjoyable project that has the hopeful possibility of making a difference for good when we can find the right partners to help make it fly.

Having been involved in all aspects of electronic engineering, from research and development to the management of a manufacturing company, we fully appreciate the importance of designing products with cost-effective, quality-orientated assembly and testing in mind.

Our speciality over many years has been the development of hardware and embedded software for fuel distribution equipment. More specifically, we design intrinsically safe apparatus to meet IEC 60079 requirements.

Safety and quality approvals, and the associated compliance assessment processes, are an integral part of this type of development. Regular auditing of quality control in production facilities is required.

We have built up a high level of expertise in the area of intrinsic safety, especially with regard to IECEx requirements.

We have taken on a self-funded project, designing a solar-powered satellite-based landing light system for remote, unattended airfields that have no electricity.

The system allows for status data to be regularly and automatically updated on Light My Landing’s website database for pilots to access before take-off.

For more information visit LIGHTMYLANDING.COM.

We are now seeking funding to advance this solar energy project beyond the initial successful prototype electronics.

Responsible from inception for the development of the electronic hardware of TT Fuel T5 bus-based modular fuel distribution system, which qualified for approval for approval under the IEC 60079 specification.The T5 Electronics Intrinsically Safe Equipment was IECEx-certified and designed for flexibility in diverse situations.We maintained and upgraded this equipment and its supplementary certifications over many years and were involved in the development of the more modern compact T20 system and other equipment.

Developed the hardware and embedded software of the original Metermatic EM4/EM5 award-winning fuel distribution system that is marketed by Dupleix Liquid Meters.

Designed specifically for bulk fuel distribution via road tankers and fuel depots, the system interfaces for depot automation and connection to peripheral equipment.

We are grateful that some of our original team members are still in place and keep moving this successful product ahead.

Developed the initial Metermatic intrinsically safe sealed parcel delivery system that is marketed by Dupleix Liquid Meters.

This product interfaced with truck and gantry equipment for the detection of overfill, prevention of product mix and to ensure load integrity and safe product discharge.

Awarded innovation support from IDC South Africa for development and prototyping of an Access Control Card Reader Unit.

Experimentation at the forefront of smart card technology and associated computer interfacing for access control.

Responsible for hardware and embedded software for a communication control and display system for an aircraft.

This equipment was used during the development of a South African military armed response aircraft, the Rooivalk helicopter.

• generation of an exact requirement specification
• assistance with housing and packaging design
• help with component sourcing
• operating instructions
• bills of materials
• mechanical drawings in TurboCad
• approval and certification documentation

• expert use of Altium and design verification
• printed circuit card layouts (up to 6 layers)
• circuit design and simulation (LT Spice)
• C embedded software for C8051 (Keil)
• ARM M4 (Code Composer Studio)
• C for PC Visual Studio (Console Programs only)
• VHDL program code for CPLD/FPGA devices

• a well-equipped lab
• building and testing prototypes
• design of automatic test jigs
• developing automatic test jig software (C)
• testing production PCAs
• assistance with qualification bodies
• support through the manufacturing process

• Standards New Zealand & Standards Australia
• SAI Global Standards and Technical Information Services
• IECEx - IEC System for Certification to Standards relating to Equipment for Use in Explosive Atmospheres
• Approved IECEx Certification Bodies (ExCBs) Certified Equipment Scheme
• EMC Technologies NATA testing for EMC Framework and CE certification

• element14
• RS Components
• Digi-Key Corporation
• Mouser
• PEC Ltd
• Ivent
• QualiEco Circuits
• Electrotest