About the IS200IVFBG1A
This IS200IVFBG1A printed circuit board product offering, or PCB for short, was actually first designed and manufactured specifically for placement in General Electric's esteemed Mark VI Turbine Control System Series, specifically within the intended functional role of a PWM-3 Current Feedback Board. This IS200IVFBG1A printed circuit board's greater Mark VI Series, as you have more than likely been able to guess based off of its full extended GE Series name, exists with a set of specific applications in the control systems and management systems of General Electric-compatible gas, steam and wind turbines; a massive upgrade upon previously-released GE Mark product series iterations as the mark IV and Mark V earlier product series have more restricted possible application ranges in the automated drive assemblies of gas and steam turbine settings alone. This IS200IVFBG1A PCB products' greater Mark VI Turbine Control System Series is additionally seen as desirable on the greater general marketplace given its status as one of the the final-developed GE Mark product series utilizing the patented Speedtronic control system technology across a range of different products.
Hardware Tips and Specifications
The IS200IVFBG1A is a PWM-3 Current Feedback Board. The board is designed to use a pulse-width modulated source to limit current feedback. This board is built with three similar (but not exact) sections divided by nearly empty parts of the board. The more spare parts of the board are populated with six resistors, two TP test points, two stab-on connectors, two 3-position vertical pin header connectors (labeled J1 and J2,) and a Metal Oxide Varistor. The three similar sections of the board are each topped by a transistor that is placed next to a heat sink component and two high-voltage electrolytic capacitors. Each of the sections on the IVFB model has a single LED, three transistors, a polyester vinyl capacitor, and multiple integrated circuits. The sections also include ceramic capacitors, metal film resistors, and various connectors, including single-pin connectors.
When the IS200IVFBG1A model is mounted within the Load Cabinet, there are several models it will work alongside; the models that the IVFB model works alongside are the phase leg assembly, a back base, an interface module, capacitor assembly module, blower assembly, cable assemblies, and an AC buswork. All of these models are in the panel subassembly of the primary load cabinet. The primary load cabinet that the IS200IVFBG1A model is used in is part of the Innovation Series 18-Pulse Non-Regenerative 2300 Volt Drive. While the IS200IVFBG1A model can be easily found on the market, the biggest downside is that information regarding the model is difficult to find. As the documentation is limited, it is unsure how the Current Feedback board reacts with other boards in not only the Innovation Series but the Mark VI series. For more information, it would be best to direct contact General Electric. Generally, this IS200IVFBG1A printed circuit board or PCB for short is not followed online by a great amount of pertinent and originally-printed instructional manual materials; this is most definitely a function of its status as a now functionally-obsolete Mark VI Series product, as discussed before. With this being true, the IS200IVFBG1A functional number needs to be utilized as a decent supplementary source of IS200IVFBG1A Board hardware information, as it codes for various relevant details in a series of consecutive functional naming elements. For example, the IS200IVFBG1A functional part number begins with the dual-functional IS200 series tag describing this IS200IVFBG1A PCB's normal Mark VI Series assembly on top of its domestic original manufacture location. Some of the other relevant hardware qualities revealed through this medium include this IS200IVFBG1A product's:
- IVFB functional product acronym
- Group one Mark VI Series product grouping
- Normal PCB coating style
- A-rated functional product revision
