Alternatively, you can contact us like this:

+45 3222 8086
tlg.dk-powersolutions@tdk.com

Browse our products by application

Programmable power product applications

Unlock the full potential of your test applications with TDK-Lambda's industry-leading programmable power supplies which are designed to deliver unparalleled precision, flexibility and reliability.

Our comprehensive range of programmable power supplies are tailored to meet the diverse demands of modern testing environments such as research laboratories, product development teams and automated test systems. Choose from the applications listed below to see why our programmable products make the best choice and to find the right product for your project.

Automotive (General)

The challenges

Testing automotive electronic systems presents various challenges due to their complexity and critical role in vehicle functionality. These challenges include ensuring compatibility with diverse vehicle architectures, maintaining reliability and safety standards and meeting stringent regulatory requirements. Additionally, the need for comprehensive testing environments that replicate real-world conditions, including various driving scenarios and environmental factors, further complicates the testing process. Overcoming these challenges requires sophisticated testing methodologies requiring advanced test equipment.

The TDK-Lambda difference

Innovative
Innovation can bring some risks, however our engineers have in-house EMC and state of the art product validation departments. This ensures that innovative solutions not only offer new opportunities but meet rigorous standards for performance and durability.

Trusted
TDK-Lambda's programmable DC and AC Source systems were developed for precision, we create customer trust by the results.

Reliable
We demonstrate our belief in TDK-Lambda's quality and reliability by offering industry leading warranties.

Typical uses

Drivetrain
Energy Storage Systems
Comfort
Safety
EV Infrastructure

Browse our range

Alternatively:

Noise Vibration & Harshness

The challenges

Testing noise, vibration and harshness (NVH) for electronic systems poses significant challenges due to the intricate interplay between mechanical and electrical components. NVH testing aims to minimize unwanted noise and vibrations while ensuring optimal performance and durability. Challenges include accurately simulating real-world conditions, such as road vibrations and engine noise, in controlled testing environments. Analysing NVH effects on sensitive electronic components requires specialized equipment and expertise. Moreover, integrating NVH testing into the product development lifecycle adds complexity and time constraints. Overcoming these challenges necessitates advanced testing methodologies, comprehensive data analysis tools and interdisciplinary collaboration among mechanical, electrical and acoustic engineers to ensure that electronic systems meet NVH requirements while maintaining performance and reliability.

The TDK-Lambda difference

Innovative
There is always something new to learn every day, we foster a culture of curiosity and lifelong learning to fuel innovation.

Trusted
The challenges our customer's face is at the forefront of our decision-making, prioritising their needs in the form of our product development, sales, and support.

Reliable
TDK-Lambda Genesys series of Programmable DC and AC source power supplies are designed to be integrated into your automated test systems quickly and easily.

Typical uses

Automotive Powertrain

Browse our range

Alternatively:

AC Connected Equipment

The challenges

Testing mains-connected electronic systems presents significant challenges due to safety considerations and regulatory requirements. Ensuring compliance with electrical safety standards is paramount to prevent hazards like electric shock or fire. Testing must verify insulation integrity, withstand voltage limits, and fault protection mechanisms. Moreover, testing for electromagnetic compatibility (EMC) is essential to mitigate interference issues with other devices and networks. Variations in mains voltage, frequency, and waveform across different regions necessitate comprehensive testing to guarantee global compatibility. Additionally, efficiency and energy consumption are crucial factors, requiring testing for power quality and efficiency standards. Overcoming these challenges demands rigorous testing protocols, specialized equipment, and adherence to international safety and performance standards.

The TDK-Lambda difference

Innovative
Innovation with one purpose - value for you.

Trusted
The TDK-Lambda Genesys range of AC source is founded on the knowledge gained with our industry leading Genesys+ DC Programmable

Reliable
Our development process requires products to meet or exceed stringent internal design guidelines based on our Japanese quality methodology refined over 70 years of power experience.

Typical uses

Any AC equipment intended to be connected to the mains.

Browse our range

Alternatively:

Hardware-in-the-Loop

The challenges

Hardware in the loop real time testing was developed due to the strong pressure to reduce development time, while balancing sufficient safety testing to prevent costly failures, late in the design process or in the field. Hardware in the loop testing has traditionally been limited to sophisticated systems such as those used in aerospace and automotive applications. However with today's off the shelf test systems, real-time hardware in loop testing is now achievable for other control systems.

The TDK-Lambda difference

Innovative
Innovation can bring some risks, however our engineers have in-house EMC and state of the art product validation departments. This ensures that innovative solutions not only offer new opportunities but meet rigorous standards for performance and durability.

Trusted
TDK-Lambda's programmable DC and AC Source systems were developed for precision, we create customer trust by the results.

Reliable
We demonstrate our belief in TDK-Lambda's quality and reliability by offering industry leading warranties.

Typical uses

Automotive systems

Browse our range

Alternatively:

Renewable Energy

The challenges

Testing renewable energy systems presents multifaceted challenges due to their reliance on intermittent energy sources and complex integration with existing power grids. Variability in renewable energy generation, influenced by factors like weather and time of day, complicates testing for consistency and reliability. Additionally, ensuring compatibility with diverse renewable energy sources such as solar, wind and hydro requires comprehensive testing protocols. Grid integration introduces challenges related to power quality, stability and control mechanisms. Furthermore, achieving optimal efficiency and performance while meeting regulatory standards adds complexity to testing procedures. Overcoming these challenges demands advanced simulation tools and test equipment to enable real-world testing environments.

The TDK-Lambda difference

Innovative
TDK-Lambda Integrates sustainability principles into our innovation processes, striving to develop environmentally friendly products and manufacturing practices that minimize impact on the planet.

Trusted
TDK-Lambda upholds the highest ethical standards in our business dealings, demonstrating honesty, fairness, and accountability in every interaction.

Reliable
TDK-Lambda ensures that every product meets stringent quality standards through rigorous testing, inspection, and adherence to industry best practices.

Typical uses

PV Tester & Simulation
Power Conditioner
Fuel Cell

Browse our range

Alternatively:

Battery

The challenges

It is hard not to notice the acceleration of battery based applications, from hand held devices, drones and the current electrification of personal transport. Testing batteries and battery systems presents various challenges due to their critical role in powering electronic devices, vehicles and renewable energy systems. Challenges include accurately assessing battery performance, capacity and lifespan under different operating conditions, such as temperature variations and charge-discharge cycles. Ensuring safety is paramount, requiring rigorous testing for potential hazards like overheating and fire. Moreover, the complexity of battery management systems and their integration with other components adds challenges to testing procedures. Compatibility with diverse applications and regulatory requirements further complicates testing efforts. Overcoming these challenges demands advanced testing methodologies & specialised equipment to ensure safe, reliable and efficient battery systems.

The TDK-Lambda difference

Innovative
TDK-Lambda to committed to excellence not only in product quality and reliability, but in every aspect of our business. This ensuring that innovative solutions meet rigorous standards for performance and durability.

Trusted
TDK-Lambda's programmable DC and AC Source systems were developed for precision, we create customer trust by the results.

Reliable
Our reliability is built one component at a time.

Typical uses

Manufacturing & Test Systems
BESS

Browse our range

Alternatively:

Defence & Aerospace

The challenges

DC programmable and AC source power supplies are typically selected based on accuracy, speed and, of course, cost. These are just the minimum requirements for aerospace and defence applications. Testing defence and aerospace electronic systems presents formidable challenges due to stringent reliability, safety and performance requirements. These systems must operate flawlessly in extreme environments, including high temperatures, intense vibrations and electromagnetic interference. Testing for compatibility with stringent military standards and specifications is essential. Additionally, security concerns demand rigorous testing to identify and mitigate vulnerabilities to cyber threats and electronic warfare. The complexity of integrated systems, including communication and navigation, adds further challenges. Moreover, the long development cycles and strict certification processes in the defence and aerospace industries necessitate comprehensive testing to ensure mission success and safety. Overcoming these challenges requires advanced testing facilities and the latest test equipment.

The TDK-Lambda difference

Innovative
TDK-Lambda Genesys series of Programmable DC and AC source power supplies offer the highest Power density on the market- freeing up space for you.

Trusted
Our high end programmable DC and AC Source systems designed to give your test team class leading precision measurements.

Reliable
TDK-Lambda Genesys series of Programmable DC and AC source power supplies are designed to be integrated into your automated test systems quickly and easily.

Typical uses

Test systems

Browse our range

Alternatively:

Marine

The challenges

Marine systems must meet stringent safety standards to prevent accidents at sea. Testing must account for various vessel types, sizes, and applications, from recreational boats to commercial vessels. Integration with other onboard systems, such as navigation and communication, adds complexity. Furthermore, compliance with international maritime regulations and standards complicates testing procedures. Overcoming these challenges requires specialized testing facilities and equipment as well as rigorous quality control measures.

The TDK-Lambda difference

Innovative
Innovation starts with collaboration, we encourage our sales, technical support and engineering teams not only to work to together but ensure our customers needs are at the heart of every development.

Trusted
TDK-Lambda's Genesys series of Programmable DC and AC source power supplies offer the highest test cadence - speeding up your test process.

Reliable
We put the customer's needs first and foremost, with a dedication to delivering products that consistently meet or exceed their expectations.

Typical uses

All electronics intended for use in a marine environment including:
Radar
Depth gauges
Communications
Electrical controls

Browse our range

Alternatively:

Automotive (General)

The challenges

Testing automotive electronic systems presents various challenges due to their complexity and critical role in vehicle functionality. These challenges include ensuring compatibility with diverse vehicle architectures, maintaining reliability and safety standards and meeting stringent regulatory requirements. Additionally, the need for comprehensive testing environments that replicate real-world conditions, including various driving scenarios and environmental factors, further complicates the testing process. Overcoming these challenges requires sophisticated testing methodologies requiring advanced test equipment.

The TDK-Lambda difference

Innovative
Innovation can bring some risks, however our engineers have in-house EMC and state of the art product validation departments. This ensures that innovative solutions not only offer new opportunities but meet rigorous standards for performance and durability.

Trusted
TDK-Lambda's programmable DC and AC Source systems were developed for precision, we create customer trust by the results.

Reliable
We demonstrate our belief in TDK-Lambda's quality and reliability by offering industry leading warranties.

Typical uses

Drivetrain
Energy Storage Systems
Comfort
Safety
EV Infrastructure

Browse our range

Alternatively:

Noise Vibration & Harshness

The challenges

Testing noise, vibration and harshness (NVH) for electronic systems poses significant challenges due to the intricate interplay between mechanical and electrical components. NVH testing aims to minimize unwanted noise and vibrations while ensuring optimal performance and durability. Challenges include accurately simulating real-world conditions, such as road vibrations and engine noise, in controlled testing environments. Analysing NVH effects on sensitive electronic components requires specialized equipment and expertise. Moreover, integrating NVH testing into the product development lifecycle adds complexity and time constraints. Overcoming these challenges necessitates advanced testing methodologies, comprehensive data analysis tools and interdisciplinary collaboration among mechanical, electrical and acoustic engineers to ensure that electronic systems meet NVH requirements while maintaining performance and reliability.

The TDK-Lambda difference

Innovative
There is always something new to learn every day, we foster a culture of curiosity and lifelong learning to fuel innovation.

Trusted
The challenges our customer's face is at the forefront of our decision-making, prioritising their needs in the form of our product development, sales, and support.

Reliable
TDK-Lambda Genesys series of Programmable DC and AC source power supplies are designed to be integrated into your automated test systems quickly and easily.

Typical uses

Automotive Powertrain

Browse our range

Alternatively:

AC Connected Equipment

The challenges

Testing mains-connected electronic systems presents significant challenges due to safety considerations and regulatory requirements. Ensuring compliance with electrical safety standards is paramount to prevent hazards like electric shock or fire. Testing must verify insulation integrity, withstand voltage limits, and fault protection mechanisms. Moreover, testing for electromagnetic compatibility (EMC) is essential to mitigate interference issues with other devices and networks. Variations in mains voltage, frequency, and waveform across different regions necessitate comprehensive testing to guarantee global compatibility. Additionally, efficiency and energy consumption are crucial factors, requiring testing for power quality and efficiency standards. Overcoming these challenges demands rigorous testing protocols, specialized equipment, and adherence to international safety and performance standards.

The TDK-Lambda difference

Innovative
Innovation with one purpose - value for you.

Trusted
The TDK-Lambda Genesys range of AC source is founded on the knowledge gained with our industry leading Genesys+ DC Programmable

Reliable
Our development process requires products to meet or exceed stringent internal design guidelines based on our Japanese quality methodology refined over 70 years of power experience.

Typical uses

Any AC equipment intended to be connected to the mains.

Browse our range

Alternatively:

Hardware-in-the-Loop

The challenges

Hardware in the loop real time testing was developed due to the strong pressure to reduce development time, while balancing sufficient safety testing to prevent costly failures, late in the design process or in the field. Hardware in the loop testing has traditionally been limited to sophisticated systems such as those used in aerospace and automotive applications. However with today's off the shelf test systems, real-time hardware in loop testing is now achievable for other control systems.

The TDK-Lambda difference

Innovative
Innovation can bring some risks, however our engineers have in-house EMC and state of the art product validation departments. This ensures that innovative solutions not only offer new opportunities but meet rigorous standards for performance and durability.

Trusted
TDK-Lambda's programmable DC and AC Source systems were developed for precision, we create customer trust by the results.

Reliable
We demonstrate our belief in TDK-Lambda's quality and reliability by offering industry leading warranties.

Typical uses

Automotive systems

Browse our range

Alternatively:

Renewable Energy

The challenges

Testing renewable energy systems presents multifaceted challenges due to their reliance on intermittent energy sources and complex integration with existing power grids. Variability in renewable energy generation, influenced by factors like weather and time of day, complicates testing for consistency and reliability. Additionally, ensuring compatibility with diverse renewable energy sources such as solar, wind and hydro requires comprehensive testing protocols. Grid integration introduces challenges related to power quality, stability and control mechanisms. Furthermore, achieving optimal efficiency and performance while meeting regulatory standards adds complexity to testing procedures. Overcoming these challenges demands advanced simulation tools and test equipment to enable real-world testing environments.

The TDK-Lambda difference

Innovative
TDK-Lambda Integrates sustainability principles into our innovation processes, striving to develop environmentally friendly products and manufacturing practices that minimize impact on the planet.

Trusted
TDK-Lambda upholds the highest ethical standards in our business dealings, demonstrating honesty, fairness, and accountability in every interaction.

Reliable
TDK-Lambda ensures that every product meets stringent quality standards through rigorous testing, inspection, and adherence to industry best practices.

Typical uses

PV Tester & Simulation
Power Conditioner
Fuel Cell

Browse our range

Alternatively:

Battery

The challenges

It is hard not to notice the acceleration of battery based applications, from hand held devices, drones and the current electrification of personal transport. Testing batteries and battery systems presents various challenges due to their critical role in powering electronic devices, vehicles and renewable energy systems. Challenges include accurately assessing battery performance, capacity and lifespan under different operating conditions, such as temperature variations and charge-discharge cycles. Ensuring safety is paramount, requiring rigorous testing for potential hazards like overheating and fire. Moreover, the complexity of battery management systems and their integration with other components adds challenges to testing procedures. Compatibility with diverse applications and regulatory requirements further complicates testing efforts. Overcoming these challenges demands advanced testing methodologies & specialised equipment to ensure safe, reliable and efficient battery systems.

The TDK-Lambda difference

Innovative
TDK-Lambda to committed to excellence not only in product quality and reliability, but in every aspect of our business. This ensuring that innovative solutions meet rigorous standards for performance and durability.

Trusted
TDK-Lambda's programmable DC and AC Source systems were developed for precision, we create customer trust by the results.

Reliable
Our reliability is built one component at a time.

Typical uses

Manufacturing & Test Systems
BESS

Browse our range

Alternatively:

Defence & Aerospace

The challenges

DC programmable and AC source power supplies are typically selected based on accuracy, speed and, of course, cost. These are just the minimum requirements for aerospace and defence applications. Testing defence and aerospace electronic systems presents formidable challenges due to stringent reliability, safety and performance requirements. These systems must operate flawlessly in extreme environments, including high temperatures, intense vibrations and electromagnetic interference. Testing for compatibility with stringent military standards and specifications is essential. Additionally, security concerns demand rigorous testing to identify and mitigate vulnerabilities to cyber threats and electronic warfare. The complexity of integrated systems, including communication and navigation, adds further challenges. Moreover, the long development cycles and strict certification processes in the defence and aerospace industries necessitate comprehensive testing to ensure mission success and safety. Overcoming these challenges requires advanced testing facilities and the latest test equipment.

The TDK-Lambda difference

Innovative
TDK-Lambda Genesys series of Programmable DC and AC source power supplies offer the highest Power density on the market- freeing up space for you.

Trusted
Our high end programmable DC and AC Source systems designed to give your test team class leading precision measurements.

Reliable
TDK-Lambda Genesys series of Programmable DC and AC source power supplies are designed to be integrated into your automated test systems quickly and easily.

Typical uses

Test systems

Browse our range

Alternatively:

Marine

The challenges

Marine systems must meet stringent safety standards to prevent accidents at sea. Testing must account for various vessel types, sizes, and applications, from recreational boats to commercial vessels. Integration with other onboard systems, such as navigation and communication, adds complexity. Furthermore, compliance with international maritime regulations and standards complicates testing procedures. Overcoming these challenges requires specialized testing facilities and equipment as well as rigorous quality control measures.

The TDK-Lambda difference

Innovative
Innovation starts with collaboration, we encourage our sales, technical support and engineering teams not only to work to together but ensure our customers needs are at the heart of every development.

Trusted
TDK-Lambda's Genesys series of Programmable DC and AC source power supplies offer the highest test cadence - speeding up your test process.

Reliable
We put the customer's needs first and foremost, with a dedication to delivering products that consistently meet or exceed their expectations.

Typical uses

All electronics intended for use in a marine environment including:
Radar
Depth gauges
Communications
Electrical controls

Browse our range

Alternatively:

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