ETEL Announces New AccurET VHP Controller: Especially Useful for Semiconductor and Electronics Manufacturing

March 30, 2017

AccurET VHPETEL is proud to announce their newest line of motion control electronics: the AccurET VHP (Very High Performance) controllers. The “VHP” allows for higher signal-to-noise ratio allowing the most precise of axes within the Semiconductor and Electronics manufacturing processes to reach peak performance within a very compact box.

Expanding upon the already high performance of ETEL’s established AccurET controller, the AccurET VHP has been designed to control the most demanding applications when it comes to position stability and speed accuracy while still utilizing the decentralized architecture that allows its controllers to handle up to 63 axes without slowing down any processes.

Typical semiconductor and electronics manufacturing applications where this VHP controller would be useful are process control, wafer inspection, lithography, wafer and die level packaging, along with test and control equipment.

Having served the Semiconductor industry for over 25 years, ETEL has been applying its experience of this industry’s demands to refine the features in their own controls, and its AccurET is the accumulation of this knowledge. One example of this is the high position loop bandwidth allowing for advanced feed forward and better compensation for friction, viscosity and cogging.

Along with a trajectory filter function, allowing for advanced vibration suppression to minimize errors and reduce settling time, the AccurET is one of the few controllers advanced enough to reach the nanometer levels of precision and synchronization that today’s semiconductor industry demands. The AccurET VHP expands upon these features and allows the user to reach sub-nanometer position stability with extremely low tracking errors, reaching a signal-to-noise ratio of 100dB. ETEL’s expertise delivers high levels of current that would be limited in traditional linear amplifier architectures.

The AccurET VHP can be used alongside any AccurET controllers because whereas the standard AccurET can operate at 600 VDC and a current value of 15 Cont./40 Peak Arms, the AccurET VHP operates at 48 and 100 VDC with currents as low as 1.5 Cont./3 Peak Arms and up to 7 Cont./30 Peak Arms. Both accept encoder signals of analog 1 Vpp, Absolute EnDat 2.1 and 2.2, as well as TTL with its High Speed Encoder Interfaces (HSEI) which enables extremely high resolution position feedback in combination with high speed motion

ETEL is confident that, along with being implemented into its own motion systems, the AccurET controller can increase the capabilities of users’ machines and improve their competitive performance.

Want to learn more?

Contact us today

Related resources and news

New High Accuracy ETEL DXRH Rotary System

SAN JOSE, CA (March 2021) – With the introduction of the new high precision DXRH rotary axis system, ETEL once again offers those involved in the development and use of highly accurate semiconductor/electronics machines a new and better Theta axis option as either a stand-alone or system-integrated solution. ETEL’s new DXRH incorporates the best-in-class encoder […]

Read more »

New LIC 3100 Expands Kit Encoder Series

SCHAUMBURG, IL (January 2021) – HEIDENHAIN is proud to introduce a new high accuracy motion feedback encoder that can now be used for absolute positioning in machines in the semiconductor, metrology and robotic industries. This new LIC 3100 absolute kit encoder is an additional offering that fits between HEIDENHAIN’s already successful LIC 4100 and 2100 […]

Read more »

HEIDENHAIN to Exhibit at SLAS2021 Digital

SAN JOSE, CA (January 2021) — HEIDENHAIN is proud to showcase motion control enabling technologies at the upcoming SLAS2021 digital exposition on January 25-27. This annual global conference and expo by SLAS (Society of Lab Automation and Screening) welcomes scientists, engineers and business leaders from academia, government and industry to immerse themselves in the latest […]

Read more »