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Featured Labs

Buck boost controller
Renesas

High Voltage DC-DC Synchronous Buck-Boost Controller – ISL81801EVAL1Z

The ISL81801EVAL1Z evaluation board includes the ISL81801, an 80V bidirectional synchronous buck-boost controller with a constant voltage/current output. A customizable switching frequency ranging from 100kHz to 600kHz aids in optimizing inductor size, while the robust gate driver allows for high power buck-boost output. This board is intended for high-current applications up to 120W. 

Launch Lab
TPS61288EVM-064 Synchronous Boost Converter

DC-DC Synchronous Boost Converter – TPS61288

Texas Instruments TPS61288EVM-064 Synchronous Boost Converter is a high-power density, fully-integrated synchronous boost converter. The Texas Instruments TPS61288EVM-064 employs peak current control topology with SOO modulation to regulate the output voltage. The device operates in the pulse width modulation (PWM) mode in moderate to heavy load conditions. It automatically runs in the pulse frequency modulation (PFM) mode in light load and low duty cycle conditions. SOO modulation realizes accurate regulation over a wide load/VIN range while maintaining high efficiency and low output ripple. The switching frequency in the PWM mode is 500kHz.

Launch Lab
BLDC Motor Control Evaluation Board
infineon logo

BLDC Motor Control Evaluation Board – EVAL 6EDL7141 FOC 3SH

Motor tuning and testing under loaded conditions are crucial stages in the product development of a motor controller. In this lab, we can access the MOTIX Motor Control GUI from Infineon to tune the motor on a BLDC Motor Control Evaluation Board – EVAL 6EDL7141 FOC 3SH. Users can also test the motor under various loaded conditions. The motor under test is connected to another motor acting as a generator. This generator is electrically loaded through a series of resistor banks, which, in turn, load the actual motor being tested.

Additionally, users can observe graphs such as speed in RPM versus time, supply voltage and current versus time, and phase voltages. These waveforms provide insights into understanding the motor’s back EMF, speed loop behavior, and other critical performance characteristics.

Launch Lab
DC-DC Synchronous Buck Converter – TPS548A28EVM

DC-DC Synchronous Buck Converter – TPS548A28EVM

The TPS548A28 is a D-CAP3™ synchronous buck converter designed for 15 A output current, and the evaluation module is designed to demonstrate the small printed-circuit-board areas that may be achieved when designing with the device. The high-side and low-side switching MOSFETs are integrated into the device package along with their gate drive circuitry.

Launch Lab
Bluetooth LE SoC - AIROC CYW20829
infineon logo

Bluetooth LE SoC – AIROC CYW20829

The AIROC CYW20829 is a high-performance, ultra-low-power MCU with Bluetooth LE 5.4, engineered for IoT applications. It integrates advanced features like analog-to-digital audio conversion, I2S/PCM, CAN, and LIN, making it ideal for use in automotive contexts and various communication and timing applications. 

The CYW20829 is particularly suited for devices such as wireless input devices, remotes, keyboards, and Bluetooth Mesh, as well as for asset tracking and IoT solutions requiring 10-dBm RF output power in areas like lighting and home automation. This application note provides an introduction to using the AIROC CYW20829 MCU, offering an overview of its architecture and available development kits, and guides you to additional online resources to enhance your learning and application development.

Launch Lab
Ultra-thin High Efficiency 72W DC-DC Converter Module – MYC0409-NA-EVM

Ultra-thin High Efficiency 72W DC-DC Converter Module – MYC0409-NA-EVM

This EVM features the Ultra-thin High Efficiency 72W DC-DC Converter Module – MYC0409-NA standalone charge pump module configured for operation with 20–60V input voltage range. The output voltage is fixed by divide-by-4 conversion ratio from input voltage. A synchroniser with an external clock can be set with a jumper. The full output current rating of the device can be supplied by the EVM. Input and output capacitors are mounted on the board to accommodate the entire range of input and output voltages. Monitoring test points are provided to allow measurement of voltage, efficiency, power dissipation and load regulation.  Control jumpers and component footprints are provided for use of the ENABLE, PGOOD, and CLK features of the module. The EVM uses a recommended PCB layout that minimizes output ripple and noise.

Launch Lab
Synchronous DC-DC Boost Converter - EV3428A-L-00A

Low IQ Boost Regulator Evaluation Board – LT8365

Low IQ Boost Regulator Evaluation Board – LT®8365 is a boost converter. It operates with a switching frequency of 400kHz and is designed to convert a 9V to 30V source to 250V, with 10mA output current. The demo board contains an optional third charge pump stage for applications requiring higher output voltages. If needed, remove R14 and install optional components. Output voltage sensing connections remain the same. The LT8365 can be used for different topologies with input voltages up to 60V. However, component selection in this demo circuit restricts the input voltage to 30V.

Launch Lab
Synchronous DC-DC Boost Converter - EV3428A-L-00A

DC-DC Synchronous Boost Converter – EV3428A-L-00A

The DC-DC Synchronous Boost Converter – EV3428A-L-00A Evaluation Board is designed to demonstrate the performance of MPS’ MP3428A, which has excellent protection and can provide load with 12V/2A power from typical 3.3V input. The MP3428A is a 600 kHz fixed frequency, high efficiency, wide input range, current mode boost converter with optional internal or external current sensing configuration for high integration and high power application. It features internally a 10mΩ, 24V power switch and a synchronous gate driver for high conversion efficiency. The MP3428A is available in a low profile 22-pin 3mmx4mm QFN package.

Launch Lab
LT8364 - Low IQ Boost Converter

DC-DC Low IQ Boost Converter – LT8364

The DC-DC Low IQ Boost Converter – LT8364 from Analog Devices is a current mode DC/DC converter with a 60 V, 4 A switch operating from a 2.8 V to 60 V input. It is capable of boost, SEPIC or inverting configurations. Burst Mode operation consumes as low as 9µA quiescent current to maintain high efficiency at very low output currents.

Launch Lab
LTM4653 DC-DC μModule Buck Regulator

DC-DC μModule Buck Regulator – LTM4653

The DC-DC μModule Buck Regulator – LTM4653 from Analog Devices is an ultralow noise 58 V, 4 A DC/DC step-down μModule regulator designed to meet the radiated emissions requirements of EN55022. Conducted emission requirements can be met by adding standard filter components. 

It operates over an input voltage range of 3.1 V to 58 V and supports an output voltage range of 0.5 V to 94% of VIN, and a switching frequency range of 250kHz to 3MHz (400kHz default).

Launch Lab
Digitalized Semiconductor Evaluation with LiveBench

Empower your customers to evaluate physical hardware on the cloud in real-time!

Allow customers to explore and validate on physical hardware, fostering confidence in your semiconductor solutions.

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Resources

Powering a Sustainable Future through Green Computing

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SiC vs GaN: Choosing the Right Semiconductor for Optimizing Power Delivery

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low-power MCU based Vision AI

New Lab Unveils RZ/V2M and IMX568 for Exploring Vision AI Platform Referenced Design on LiveBench

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Power Delivery Solutions for Industrial Control with LTM4653 µ Module Regulator

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RZ/V2M – All in one solution on RZ/V2M Evaluation Board

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Automated Traffic Management using Edge AI

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FAQs

LiveBench offering seems similar to data sheets. What's the advantage?

While data sheets provide valuable specifications, LiveBench offers a more dynamic and interactive evaluation experience. Here’s how it goes beyond data sheets: 

  • Real-World Conditions: LiveBench lets users test designs under simulated real-world conditions, providing a more accurate sense of performance compared to theoretical data sheet values. 
  • Hands-on Exploration: Users can experiment with different parameters and configurations on real hardware labs, allowing for deeper exploration of a design’s capabilities. 
  • Reduced Evaluation Time: LiveBench eliminates the need for users to wait for physical evaluation boards, significantly accelerating the evaluation process. 
  • Users can do a LOT MORE!

Getting started with LiveBench is fast and easy. It typically involves creating an account and getting started from the browser!  

Also, any design (IC) for protocol based. For instance, designs to test USB / SERDES compliance may not be effective as this solution does not provide a protocol analyser.

LiveBench functions best with a stable internet connection on any desktop/laptop browser. The recommended speed depends on the complexity of the design being evaluated. For most use cases, a standard broadband connection should suffice.  

Tenxer Labs provides comprehensive training resources, including tutorials, documentation, and webinars, to help users get the most out of LiveBench. Additionally, their support team is available to answer your questions and assist with any technical difficulties. 

LiveBench provides various tools to aid in debugging and troubleshooting. These may include User Guides, FAQs, AI powered Knowledge Assistant, Board-bring-Up guides, and more. Tenxer Labs team can also offer guidance on using these tools effectively. 

Yes, LiveBench allows users to find boards you evaluated in a dedicated user space for future reference. This enables them to easily revisit past evaluations and compare design performance. 

Tenxer Labs takes data security very seriously. They employ industry-standard security measures to safeguard user data, including encryption and access controls. Their infrastructure is also designed to ensure data privacy and reliability. 

One can get started at “ZERO FEE” with the basic plan!!  

Tenxer Labs offers various pricing plans to suit different user needs. These plans may be based on a subscription model or pay-per-use basis. Contact Tenxer Labs for details on current pricing options.