Engineered for high transient response, laboratory precision, and robust continuous operation under heavy loads.
Years of Power R&D Experience
Certified Production Quality
Industrial Clients in Mexico
Ultra-Low Noise Ripple Standards
The Metropolitan Area of Mexico City (Valle de México), including highly integrated industrial hubs in Tlalnepantla, Vallejo, Naucalpan, and the adjacent Bajío automotive corridor, is experiencing unprecedented growth driven by global manufacturing nearshoring. As multi-national corporations relocate electronics manufacturing, aerospace testing systems, and automotive assembly lines closer to North American markets, the demand for highly reliable, variable DC power sources has surged.
Industrial testing in Mexico City poses unique challenges. The regional electrical grid managed by the Comisión Federal de Electricidad (CFE) frequently experiences significant voltage deviations and harmonic distortions. Wide-range DC power supplies with internal active Power Factor Correction (PFC) and high transient response act as vital protection layers. They safeguard sophisticated electronic systems under test (UUT) by absorbing input line fluctuations and providing constant, ripple-free voltage outputs. Furthermore, Mexico's focus on solar energy installations and electric vehicle (EV) automotive components requires advanced high-power test sources capable of simulating dynamic solar array curves and battery charging cycles.
High-voltage battery simulators and programmable DC rectifiers support Tier-1 suppliers testing electric powertrains and onboard electronics in Querétaro, Puebla, and State of Mexico.
Our wide input range and active filtering shield precision R&D setups from voltage sags, surges, and switching noise prevalent in major industrial parks.
Equipped with specialized PV simulation software to assist Mexican solar system developers in tuning MPPT algorithms and validating performance standards.
The global test and measurement industry has shifted toward programmable, high-efficiency switching topologies. Modern power supplies must pack higher density (up to 15kW in 3U height), enable bidirectional capability (regenerative electronic loads), and feature standardized interfaces (Modbus, CAN, RS232/485) for automated test environments (ATE). Linear power supplies remain essential for low-noise applications such as medical sensors and RF design, while high-frequency switching units dominate battery emulation and inverter burn-in systems.
Shenzhen MYAMI Power Technology Co., Ltd. (MYAMI) leverages the unparalleled electronics supply chain of Shenzhen, China, to deliver world-class testing instrumentation. This structural ecosystem enables rapid R&D iteration, sourcing of premium components (such as high-end IGBTs, low-ESR capacitors, and high-precision ADCs), and highly optimized manufacturing processes. By streamlining raw material procurement, automated PCB soldering, and computerized calibration, MYAMI passes significant cost and quality advantages directly to global procurers in Mexico and beyond.
Every MYAMI power supply and instrumentation module undergoes a serialized quality check comprising 10+ validation stations, ensuring consistent operation and compliance with CE, RoHS, and ISO9001 standards:
Integrated solutions supporting general test benches, electronics prototyping, and education centers in CDMX.
Shenzhen Myami Power Technology Co., Ltd. (MYAMI) is a recognized provider of electrical verification systems and test equipment. Our product lines meet the stringent requirements of modern automated industries and high-power setups, built upon four main technical pillars:
Our instruments integrate easily with standard PLCs and SCADA networks through built-in Modbus over RS485, RS232, and high-speed CAN communication protocol options. Advanced system safety is ensured via automated multi-layer hardware protective loops, consisting of Over-Voltage Protection (OVP), Over-Current Protection (OCP), Over-Temperature Protection (OTP), and Instant Short-Circuit Safeguards.
Reliable power electronics and signal analysis devices serving factories across Mexico.
Technical guidance to assist procurement managers and systems engineers in choosing testing equipment for Mexican operations.
A "wide range" (or auto-ranging) DC power supply delivers full rated output power across a flexible combination of voltage and current. Unlike traditional square-operating-area power supplies—which only hit maximum wattage at one specific voltage and current intersection—a wide-range unit can automatically adjust its voltage/current boundary. This flexibility allows one wide-range unit to replace multiple standard power supplies on your test bench, reducing equipment footprint and overall procurement costs.
Our industrial-grade power supplies feature a universal wide input AC stage combined with active Power Factor Correction (PFC) circuitry. This design maintains stable operation and full DC output regulation even when the input line voltage drops or surges due to local grid instability (such as CFE substation fluctuations). Additionally, integrated hardware Over-Voltage (OVP) and Over-Current (OCP) protection loops respond in under 10 milliseconds to isolate and protect your valuable devices under test (UUT).
MYAMI programmable power supplies are equipped with RS485 and RS232 interfaces as standard, supporting SCADA and PLC control via Modbus-RTU commands. For automotive testing environments (BMS/OBC verification) and advanced manufacturing systems, we also provide CAN bus interface modules, allowing real-time telemetry, remote voltage sensing adjustment, and high-frequency programming capability.
Standard catalog models are dispatched from our Shenzhen hub within 5-7 business days. Custom configurations (such as custom multi-channel outputs or specialized high-voltage setups) carry a production time of 3-4 weeks. We ship to major Mexican ports and airports, including Benito Juárez International Airport (MEX) and the Port of Manzanillo, with complete customs clearance documentation (DDP/DAP terms available).
Myami Power
