Material
Other, Global universal model
Condition
Other, Global universal model
Task
Other, Global universal model
Mathematical Model
Other, Global universal model
Signal
Other, Global universal model
Customized
Non-Customized
Structure
Other, Global universal model
Operating temperature
- 25℃ to 60℃
Humidity
0% - 95% (non - condensing)
Dimensions
230mm x 110mm x 30mm
I. Product Overview
VANGUARD PSMU-350-3 CPCI-350Q-P-38 is a power module.
PSMU-350-3 CPCI-350Q-P-38 has dimensions of 230mm x 110mm x 30mm. Its compact size allows it to be easily adapted to various equipment environments with strict space requirements, especially in industrial control cabinets or embedded systems with limited space. It does not occupy excessive valuable space and is convenient for installation and maintenance. Its shell is made of high-quality fire-resistant and wear-resistant materials, which can not only effectively resist collisions and friction in daily use but also has excellent fire resistance, providing a solid guarantee for the safe operation of the equipment.
This power module integrates advanced electronic components and a carefully optimized circuit layout. These electronic components are all selected from high-quality brands in the industry, featuring high precision, low power consumption, and long service life. The precise circuit layout has undergone repeated testing and verification, which can effectively reduce signal interference, ensure that the power module can operate stably in complex electromagnetic environments, and provide pure and stable power supply for the equipment.
II. Technical Specifications
(1) Input Characteristics
Voltage Range: This power module supports a wide range of AC input voltages, adapting to voltage fluctuations from 100-240V AC with a frequency range of 47-63Hz. This wide voltage input characteristic enables it to work stably in power supply environments in different regions around the world. Whether in developed countries with high voltage stability or developing countries with frequent voltage fluctuations, it can provide reliable power input for equipment, greatly improving the applicability and versatility of the equipment.
Compatibility: It has good compatibility with different types of power sockets and power supply systems. It can be directly connected to common industrial and civil power supply networks without additional voltage conversion equipment or complex adaptation measures, reducing the user's use cost and installation difficulty.
(2) Output Capability
Multi-Voltage Output: PSMU-350-3 CPCI-350Q-P-38 can provide multiple output voltages to meet the diverse power requirements of different equipment. The specific output voltages include 3.3V, 5V, and 12V, corresponding to different load devices respectively. For example, 3.3V can usually be used to power some low-power digital chips and small electronic components; 5V is suitable for the operation of some sensors and small motors; 12V can provide power for devices with slightly higher power, such as certain industrial controllers and small drivers.
Current Output: In terms of output current, for 3.3V output, the maximum output current can reach 50A; for 5V output, the maximum current is 50A; and for 12V output, the maximum current is 25A. Such a strong current output capability can ensure that when multiple load devices are connected or the load demand changes, sufficient power can still be stably provided to the equipment, ensuring the normal operation of the equipment and avoiding performance degradation or failure of the equipment due to insufficient current.
Rated Power: The rated power of this power module is 350W, which can meet the power requirements of most small and medium-sized industrial equipment and embedded systems. Whether used to drive a single high-power device or to power multiple low-power devices at the same time, PSMU-350-3 CPCI-350Q-P-38 is capable, providing a solid power foundation for the stable operation of the equipment.
(3) Efficiency and Energy Saving
Conversion Efficiency: Its power conversion efficiency is as high as 90%, which means that in the process of converting input AC power to DC power required by the equipment, energy loss can be minimized, and more electrical energy can be effectively transmitted to the load equipment. Compared with some traditional power modules, such a high conversion efficiency can significantly reduce energy consumption, save electricity expenses for users, and also conform to the global concept of energy conservation and emission reduction.
Energy-Saving Mode: This power module also has an intelligent energy-saving mode. When the equipment is in a light load or standby state, the power module can automatically adjust its working mode, reduce its own power consumption, and further improve energy utilization efficiency. This energy-saving mode not only helps to extend the service life of the equipment but also reduces energy waste during long-term operation of the equipment.

(4) Protection Mechanisms
Overvoltage Protection: PSMU-350-3 CPCI-350Q-P-38 has a built-in perfect overvoltage protection circuit. When the output voltage rises abnormally for various reasons, the overvoltage protection mechanism will start quickly and automatically cut off the output to prevent excessive voltage from damaging the load equipment, effectively protecting the safety of the equipment. For example, when the power system has an instantaneous voltage spike or the internal circuit of the power module fails, causing the output voltage to rise abnormally, the overvoltage protection can respond in a very short time to avoid the equipment being burned due to overvoltage.
Overcurrent Protection: For overcurrent conditions, this power module also has reliable protection measures. When the load current exceeds the rated value, the overcurrent protection circuit will act immediately to limit the further increase of the current and adjust the output according to the actual situation to ensure the safety of the power module and the load equipment. When the equipment starts or the load has a short circuit and other abnormal conditions leading to excessive current, the overcurrent protection can play a role in time to prevent the power module from being damaged due to long-term overcurrent and also avoid affecting other connected equipment.
Short-Circuit Protection: Once an output short-circuit fault occurs, the short-circuit protection function of the power module will take effect immediately, quickly cutting off the power output to avoid permanent damage to the power module and load equipment caused by the large current generated by the short circuit. The short-circuit protection mechanism has an extremely high response speed and can respond at the moment of short circuit, effectively reducing the risk caused by short-circuit faults and ensuring the safe and stable operation of the entire system.
(5) Physical Characteristics
Dimensions and Installation: As mentioned earlier, its dimensions are 230mm x 110mm x 30mm, adopting a standard CompactPCI form factor design, which enables it to seamlessly integrate with chassis and other equipment that meet the CompactPCI standard. When installing the equipment, users only need to accurately insert the power module into the corresponding slot in accordance with the standard CompactPCI installation specifications and fix it with supporting fixing devices to complete the installation process. This standardized installation method is not only simple and convenient but also can ensure the stability of the power module during the operation of the equipment, reducing the risk of failure caused by improper installation.
III. Application Scenarios
(1) Industrial Control Field
Automated Production Lines: In modern automated production lines, a large number of equipment require stable and reliable power supply. PSMU-350-3 CPCI-350Q-P-38 can provide the required power for various automated equipment, such as industrial robots, automated assembly machines, and material conveying equipment. Its precise voltage output and strong current-carrying capacity ensure the stability of these equipment during high-speed and high-precision operation, guaranteeing product quality and production efficiency on the production line. For example, in the automated assembly workshop of automobile manufacturing, industrial robots need precise power control to complete operations such as grabbing and assembling parts. PSMU-350-3 CPCI-350Q-P-38 can provide stable power for the robots, enabling them to accurately complete various complex assembly tasks.
Industrial Control Systems: For various controllers, sensors, actuators, and other equipment in industrial control systems, this power module is also an ideal power supply choice. It can provide stable DC power for programmable logic controllers (PLC), distributed control systems (DCS), etc., ensuring that the control systems can operate reliably in complex industrial environments. In the production processes of chemical, steel, and other industries, control systems need to monitor and control various production parameters in real-time. The high stability and reliability of PSMU-350-3 CPCI-350Q-P-38 can ensure that the control systems accurately receive and process sensor data and issue control commands in a timely manner, ensuring the safety and stability of the production process.
(2) Testing and Measurement Field
Electronic Testing Equipment: In electronic testing equipment, such as oscilloscopes, signal generators, and logic analyzers, the requirements for power supply stability and purity are extremely high. The high-precision voltage output and good anti-interference ability of PSMU-350-3 CPCI-350Q-P-38 can provide stable and pure power for these testing equipment, ensuring the accuracy and reliability of test results. For example, when testing the performance of electronic components, testing equipment needs precise power input to simulate various working conditions. PSMU-350-3 CPCI-350Q-P-38 can meet this demand, providing reliable power support for testing work and helping engineers accurately evaluate the performance of electronic components.
Industrial Testing Equipment: In the field of industrial testing, such as non-destructive testing equipment and quality testing instruments, stable power supply is crucial for the normal operation of the equipment and the accuracy of testing results. PSMU-350-3 CPCI-350Q-P-38 can provide reliable power for these testing equipment, ensuring the stability of the equipment during long-term continuous work and improving testing efficiency and accuracy. When conducting non-destructive flaw detection on metal materials, testing equipment needs stable power to drive its internal complex circuits and sensors. PSMU-350-3 CPCI-350Q-P-38 can meet this requirement, ensuring the accuracy of testing results and providing reliable quality assurance for industrial production.