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GE DS200VPBLG1ADD VME Backplane Board for LCI Series with 330mm Length 100mm Width and 200mm Height
| Lugar de origen | EE.UU |
|---|---|
| Nombre de la marca | GE |
| Certificación | COO |
| Número de modelo | Se trata de un sistema de control de las emisiones de gases de escape. |
| Cantidad de orden mínima | 1 |
| Precio | $4000 |
| Tiempo de entrega | 5-7 días |
| Condiciones de pago | T/T |
| Capacidad de la fuente | 999 |
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xDatos del producto
| Nombre | GE200VPBLG1Add VME Back -Plan de plano | ID de producto | Se trata de un sistema de control de las emisiones de gases de escape. |
|---|---|---|---|
| Serie | Mark V | Profundidad/longitud de la red del producto | 330 mm |
| Ancho de redes de productos | 100 mm | Altura de la red de productos | 200 mm |
| Peso de la red del producto | 2 kg | Garantía | 1 año |
| Resaltar | 330mm Length VME Backplane Board,100mm Width LCI Backplane Board,200mm Height GE DS200VPBLG1ADD |
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Descripción de producto
GE DS200VPBLG1ADD VME Backplane Board
Product Description:
The GE DS200VPBLG1ADD is a specialized VME Backplane Board engineered exclusively for the Load Commutated Inverter (LCI) series, serving as the core connectivity hub for the J2 and J3 sections of the LCI equipment’s card cage. Its primary role is to enable seamless signal transmission, stable power distribution, and modular integration of critical LCI components, making it indispensable for maintaining the reliability and efficiency of LCI systems in industrial applications like motor drives or grid-connected inverters.
A defining feature is its multilayer architecture, which physically separates analog and digital power planes. This design minimizes electromagnetic interference (EMI) between sensitive analog signals and high-speed digital signals, preserving signal integrity and ensuring consistent power delivery—critical for precise LCI control. Each slot on the backplane is equipped with bypass capacitors and power distribution components, further stabilizing voltage and preventing performance disruptions from power fluctuations.
The J2 section is tailored for key LCI boards, with a structured slot layout: it hosts the Digital Signal Processor Control Board (DSPC) in slot J1, an I/O Extender Board in slot J3, Gate Distribution and Status Boards (FCGD) in slots J5/J7/J9, an Exciter Board in slot J11, and two spare slots (J12/J13) for expansion. All slots except J1 have hardwired slot IDs at the P2 connector for easy identification, while digital bus signals terminate at slot ends to avoid signal reflection.
The J3 section addresses space constraints by managing external connections: it integrates Current Transformers (CTs) and their burden resistors for current monitoring, enables links to Voltage Scaling Feedback Boards for FCGD voltage feedback, handles backplane power connections, and provides stab connectors for flexible grounding—enhancing system safety and reducing EMI.
Optimized for LCI-specific protocols and component form factors, the DS200VPBLG1ADD ensures seamless compatibility with LCI hardware, eliminating integration issues and supporting the system’s ability to deliver consistent, reliable performance in demanding industrial environments.
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