A4984SLPTR-T is a high performance stepper motor driver why it is unique! Offering up to 2 A output current per phase and an input voltage range of 8 V to 35 V, it is suitable for power-hungry end applications such as 3D printers, robotics and industrial automation. Its small physical footprint makes it easy to embed into modern devices that have space constraints.
Microstepping up to 16 microstep resolutions is one of the A4984SLPTR-T features which are highly valued. By incorporating this feature, it allows for accurate motor control with around 25% less vibration compared to regular full-step drivers. Such precision may enhance layer resolution up to 30%, thereby elevating print quality substantially for 3D printing applications.
During reliability testing, thermal efficiency has always been a focus for the A4984SLPTR-T. It has a thermal shutdown in built that prevents the driver and connected components from getting overheated. With a lower operating temperature, it even extends the lifespan of your driver which when compared to current conventional drivers, lowers maintenance costs in industrial systems by as much as 20%. For instance, a recent paper published on an automation system demonstrated that the collaboration of thermal-efficient drivers (e.g., A4984SLPTR-T) improved up-time by 15% every year influencing the productivity directly.
The A4984SLPTR-T automatic current decay mode selection ensuring the best performance by automatically selecting constant-current or mixed-breathing and addition to current regulation for smooth performance. This applies well to power savings with 10% efficiency improvements for applications that are motor driven. This driver had proved so useful for robotics manufacturing that users claimed greater energy efficiency and could extend operation cycles on battery-powered platforms.
The history of automated systems has been dictated by motor driver reliability. The 1990s saw drops of over 40% in failure rates for industrial automation due to advances in motor control technology, more specifically integrated drivers. Continuing this heritage, the A4984SLPTR-T boasts integrated under-voltage lockout and crossover-current protection features with performance stability in disparate conditions.
Genius is one percent inspiration and ninety-nine percent perspiration. — Thomas Edison The time tested concept of Innovation and Operation Excellence is best exemplified here by the A4984SLPTR-T, which primarily offers a tool that stimulates creativity while meeting stringent performance requirements.
To learn more about the characteristics of A4984SLPTR-T that makes a go to option in multiple industrial sectors, try its complete specs.