Allicdata Part #: | IRAMX30TP60A-ND |
Manufacturer Part#: |
IRAMX30TP60A |
Price: | $ 0.00 |
Product Category: | Discrete Semiconductor Products |
Manufacturer: | Infineon Technologies |
Short Description: | IC MOD PWR HYBRID 600V 30A MOTOR |
More Detail: | Power Driver Module IGBT 3 Phase 600V 30A 23-Power... |
DataSheet: | IRAMX30TP60A Datasheet/PDF |
Quantity: | 1000 |
1 +: | 0.00000 |
Series: | iMOTION™ |
Part Status: | Obsolete |
Type: | IGBT |
Configuration: | 3 Phase |
Current: | 30A |
Voltage: | 600V |
Voltage - Isolation: | 2000Vrms |
Package / Case: | 23-PowerSIP Module, 19 Leads, Formed Leads |
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Power driver modules constitute a type of specific power state transition controllers that are designed to rapidly switch betweeen multiple current levels for optimal control and/or response. IRAMX30TP60A is a power driver module that is optimized to deliver robust performance with a variety of application needs in mind. This driver module manages and controls current levels at various stages of a given transition (such as on/off, dimming, and signal modulated output) securely and reliably.
Application fields of the IRAMX30TP60A Power Driver Module includes industrial process control applications that involve a need for voltage and current transition control. The module is able to provide dependable performance when controlling LED lighting, motor control systems, motor operation systems, and various other electrical applications that involve multiple output transition states. Additionally, the module can be used in power supply management systems, DC-DC converters, switching power supplies, and many other types of power control systems.
At the product\'s core lies a high current IGBT gate driver along with a floating driver stage with integrated driver logic and a bottom driver stage with integrated overcurrent control. The IGBT is designed to allow for a wide operational voltage range (from 10 V to 600 V) for optimal performance. The voltage can be further regulated and controlled by the integrated output voltage divider, enabling more precise control of the output current. An internal logic control is used to provide load frequency control, allowing the power module to dynamically regulate the load current.
When it comes to the operation of the IRAMX30TP60A Power Driver Module, the driver board comprises of multiple components: a voltage amplifier mounted onto the driver board, a driver relay, a fault indicator portion, and an interface board. Together, these components provide fast transition of currents into either linear or digital states, with the ability to control various current levels at different load correspondences. The main driver board functions as the primary control hub that oversees the voltage and current settings, allowing the user to make fine adjustments to the parameters in order to suit any power needs at any given moment.
Using the driver boards input and output levels, the flow of an electrical current can be varied accordingly, serving as an effective means of high precision power control for various applications in industrial and commercial settings. The internal logic control maintains the optimum level of current consistency, ensuring that the output transition is performed accurately and without any excess fluctuations. For example, LED lighting applications require a great amount of current transition precision, as the output brightness of LED lighting is tightly correlated to the mapping of current levels. Therefore, the IRAMX30TP60A\'s internal logic control and adjustable output current transition accuracy makes it a great choice for these types of applications.
Overall, the IRAMX30TP60A is a powerful driver module that helps bridge the gap between external power and current states, while maintaining precision and absolute control over voltage, current, and power levels. It offers flexibility to an application, allowing the user to adjust the power levels in line with their required need at any given time; making it an indispensable tool in various industrial process control applications.