High Temperature Electronics Design
High Temperature Electronics Design & Power Solutions
Spark Product Innovation has extensive experience of designing high temperature analogue, digital and power electronics boards to 200°C. We also have an extensive network of specialist manufactures and distributors supplying specialist components. Our engineers also design and produce customised heatsinks and potted assemblies. All of these can be qualified and Environmentally Stress Screened (ESS) in our onsite environmental test chamber.
Our high temperature experience includes:
• Motor Controller / Inverters
We design motor controllers and inverters capable of operating reliably in high-temperature environments. These systems are engineered for applications requiring precision motor control under harsh conditions, such as downhole drilling.
• Microprocessor / Microcontroller
Our designs incorporate robust microprocessor and microcontroller systems, capable of maintaining performance and reliability at elevated temperatures. We specialise in tailoring these systems to specific applications where computational accuracy is critical, even in challenging conditions.
• Sensor interfacing / Analogue Signal Conditioning
We develop high-temperature analogue signal conditioning circuits that seamlessly interface with a wide variety of sensors, including gyroscopes, magnetometers, shock sensors, accelerometers, and more. These circuits are optimised for precision signal acquisition and processing in extreme environments.
• AC and DC Power Supplies
Our team designs reliable AC and DC power supply solutions for high-temperature applications. These include compact, efficient designs that can withstand thermal stress while delivering consistent power to critical systems.
• Silicon Carbide (SiC)
We leverage the benefits of Silicon Carbide (SiC) technology to create high-efficiency power systems that perform exceptionally in high-temperature and high-power environments. SiC is particularly well-suited to demanding applications requiring durability and thermal efficiency.
• Downhole Drilling Applications
Our expertise extends to designing electronics for downhole drilling applications, including:
• Measurement While Drilling (MWD): Electronics for real-time data acquisition and transmission in high-pressure, high-temperature conditions.
• Rotary Steerable Tools (RST): Advanced control systems for precise directional drilling.
• Logging While Drilling (LWD): Reliable tools for acquiring geophysical data during drilling operations.
• Designing for high shock and high vibration environments
We specialise in creating robust systems capable of withstanding extreme shock and vibration. These designs ensure long-term reliability and functionality in environments such as aerospace, automotive, and downhole oil and gas applications.
Checkout our own range of High Temperature DC-DC Converters on our product page
