TPS61088EVM-677 Evaluation Board Development Board
Best boost converter for industrial automation and smart home developers.
The TPS61088EVM-677 is an evaluation board designed around the TPS61088 SYNC Boost circuit. This development board enhances operational speed with significantly improved transfer rates. It offers robust on-board processing and storage, facilitating seamless integration with application-specific sensors and devices that require minimal runtime load. Its reliable and scalable design makes it suitable for diverse applications, including smart home systems, intelligent building management, and industrial automation. The manufacturer ensures environmentally friendly production and conducts rigorous pre-packaging tests for function, voltage, and current.
$201.66
Owner Satisfaction
4.7
/ 5
Category Rank
28
/ 1545
#28 in Development Boards
Price vs Category Average
+130%
Above average
Type
Evaluation Board
/ Evaluation Board
Who it's for
- Engineers designing high-power portable electronics
- Developers needing to accelerate their hardware testing phase
- Technicians requiring precise performance measurement and validation
Who should skip it
- Product designers seeking a ready-to-ship consumer hardware solution
- Hobbyists lacking a background in power electronics theory
- Engineers requiring highly specific custom component configurations
Performance breakdown
Boost Efficiency
High-performance synchronous switching ensures minimal power loss during voltage conversion.
Breadboard Compatibility
Standard pin spacing allows for quick prototyping and seamless circuit integration.
Thermal Management
Robust design handles high current loads without excessive heat buildup.
Build Reliability
Rigorous pre-packaging testing ensures consistent performance across every individual unit.
Integration Versatility
Scalable architecture adapts easily to diverse industrial and smart home environments.
Prototyping Speed
Streamlined layout significantly reduces setup time for complex power management tasks.
Key Specs
Type
Evaluation Board
Model Number
TPS61088EVM-677
Circuit Focus
TPS61088 SYNC Boost
Package Contents
1PCS/LOT
Manufacturer
PULME
Category
Development Boards
Form Factor
Breadboard friendly
Operating Voltage
0.0 Volts
Features
- Faster operation with improved transfer rates
- Powerful on-board storage and processing
- Reliable and scalable for diverse applications
- Environmentally friendly production
- Function, voltage, and current tested
- Supports smart home integration
- Ideal for industrial automation
What customers say
Customers overwhelmingly praise this evaluation module for its reliability and high performance in demonstrating the TPS61088 boost converter. Engineers value the board's excellent layout, which enables the chip to achieve near maximum specified efficiency and current capabilities crucial for power electronics design. The robust construction and quality components ensure accurate measurements and debugging. This professional grade tool significantly accelerates prototyping by providing a proven baseline for custom designs. While minor documentation suggestions exist, users agree the EVM saves considerable development time due to its consistent accuracy and dependable operation.
Know before you buy
This board is designed to evaluate the performance of the TPS61088 synchronous boost converter. It allows engineers to test and prototype power management circuits before integrating them into a final product design.
Yes, the board features a breadboard-friendly form factor, making it easy to connect to standard prototyping setups for quick testing and circuit development.
Due to its robust design, it is ideal for smart home systems, intelligent building management, and industrial automation projects that require efficient boost conversion.
Yes, every unit undergoes rigorous pre-packaging testing to ensure it meets specifications for function, voltage, and current before it reaches you.
No, this is a power management evaluation board focused on the TPS61088 boost circuit. It does not include onboard flash memory, a clock, or programmable GPIO pins.
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