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GMR10D000 15W Dual Isolated Flyback Converter Modules
This compact off-line isolated module is ideal for effective system-level integration across a wide variety of applications. Utilizing primary side control, it ensures precise regulation of two outputs, handling loads up to 15W. The floating returns of the outputs provide design flexibility for engineers and their applications.
High efficiency, a compact form factor, and low ripple are achieved through GaN switches operating at zero-voltage switching. These are managed by a versatile nonlinear controller, which allows adjustable frequency over a wide input range and the ability to skip cycles during lighter loads.
Multiple versions of this dual converter module are available, offering different output voltage configurations and various GaN switches. Please refer to the specifications for the corresponding part numbers. For inquiries about other variants, contact our Product Support team.
Key Features
* The smallest off-line isolated module designed for seamless system-level integration across a wide range of applications.
* Facilitates easy integration into system boards for starting both analog and digital multiple devices.
* Ideal for biasing multiple high voltage floating devices, including Gallium Nitride (GaN), Silicon Carbide (SiC), IGBT, and MOSFET in Half Bridge or Full Bridge configurations.
* Operates at maximum power and temperature without the need for detailed thermal management.
* Companion modules enable straightforward integration with multiple floating power returns.
GMR10D004 15W Dual Isolated Flyback Converter Modules
Also available in the GMR10D series. Introducing the most compact off-line isolated module, optimized for seamless integration into a diverse range of systems. Utilizing primary side control, this module guarantees precise regulation for two outputs, efficiently managing loads up to 15W. The outputs feature floating returns, granting flexibility to design engineers for various applications.
Enhanced efficiency, a small footprint, and minimal ripple are achieved through GaN switches operating with zero-voltage switching. These are governed by a versatile nonlinear controller that offers adjustable frequency across a wide input range and can skip cycles during low-load conditions.
This dual converter module is available in multiple versions, each with different output voltage configurations and GaN switch types. Refer to the specifications for detailed part numbers. For information on additional variants, please contact our Product Support team.
Key Features
* The smallest off-line isolated module, ideal for diverse system integrations.
* Facilitates easy integration into system boards for both analog and digital device startups.
* Suitable for high-voltage floating devices such as Gallium Nitride (GaN), Silicon Carbide (SiC), IGBT, and MOSFET in Half Bridge or Full Bridge setups.
* Operates at maximum power and temperature without the need for complex thermal management solutions.
* Companion modules simplify the integration of multiple floating power returns.
Eval-Kits for our DC-DC Converter modules
Ganmar Technologies is developing Eval-Kits to aid the engineer in evaluating the operation of his system using the root GMR10XXXX modules. These Eval-Kits can be used during system development gathering detailed measurements of performance, enabling the gathering of evidence to verify design integrity or utilization in manufacturing to record evidence of product quality.
These kits are currently in development.
Key Features/Capabilities
· Testing over 4-corners: V min/I out min, I out max, Vmax-I out min & I out max. using electronic load. Either in CR or CC mode
· Step load testing over 20% to 80% of rated output current (i.e., 1-amp to 4-amp step)
· Visualizing on the oscilloscope the step impedance across the connector provided to monitor this jump.
· Measuring input filter/noise free DC current allows for calculating Efficiency when combined with input voltage measured across connector.
· A Network Analyzer can be connected to the J4 connector and set up to measure loop response. This gives you first-hand understanding of Stability in terms of gain margin & phase margin.
Our Services
We offer a wide range of engineering services including design, analysis, prototyping, and testing. Our team has expertise in various industries such as aerospace, automotive, and renewable energy.