US 12587177 B2 | Circuit Arrangement and Method of Forming The Same
March-2026
Various embodiments may relate to a circuit arrangement including a main controller. The circuit arrangement may also include a pulse width modulation driver in electrical connection with the main controller. The circuit arrangement may additionally include a switch selector in electrical connection with the main controller. The circuit arrangement may also include a first switch, a second switch, a third switch and a fourth switch, as well as an inductor and a capacitor.
US 12587177 B2
Circuit Arrangement and Method of Forming The Same
March-2026
Various embodiments may relate to a circuit arrangement including a main controller. The circuit arrangement may also include a pulse width modulation driver in electrical connection with the main controller. The circuit arrangement may additionally include a switch selector in electrical connection with the main controller. The circuit arrangement may also include a first switch, a second switch, a third switch and a fourth switch, as well as an inductor and a capacitor.
US 11567007 B2
Optical System and Method of Illuminating A Sample Plane
Jan-2026
The present disclosure is directed to a lens system having a LED, a first lens and a second lens that are aligned along a central optical axis, a housing, and an aperture positioned within the housing, which enables the lens system to provide an illuminated plane having a selected illumination profile in a region of interest, namely an illumination profile that is a uniform or flat field. The present first and second lenses are selectively paired and positioned in the housing to project a light output that is parallel or non-divergent. In another aspect, the present disclosure is directed to a method that generates light from a light source that passes through a first lens and then a second lens, and determines a location of an illuminated plane that is positioned a specified distance from a proximal surface of the second lens to produce a selected illumination profile.
US 11567007 B2 | Optical System and Method of Illuminating A Sample Plane
Jan-2026
The present disclosure is directed to a lens system having a LED, a first lens and a second lens that are aligned along a central optical axis, a housing, and an aperture positioned within the housing, which enables the lens system to provide an illuminated plane having a selected illumination profile in a region of interest, namely an illumination profile that is a uniform or flat field. The present first and second lenses are selectively paired and positioned in the housing to project a light output that is parallel or non-divergent. In another aspect, the present disclosure is directed to a method that generates light from a light source that passes through a first lens and then a second lens, and determines a location of an illuminated plane that is positioned a specified distance from a proximal surface of the second lens to produce a selected illumination profile.
Villuminator™ Featured on the Cover of Microscopy and Analysis
4/2025 – 2025 – Wiley Analytical Science
Images of fluorescent bio-samples captured using uniform “top hat” illumination from Villuminator™ modules have been featured on the cover of the Microscopy and Analysis magazine. The clarity and featural integrity of these images highlight the precision and performance of Villuminator™ illumination in fluorescence microscopy.
For those interested in integrating commercial optics with Villuminators on a lab benchtop microscope, turn to page 42 of the issue to read the article co-authored by Ronian Siew and Sarvesh Satpute.
Villuminator™ Featured on the Cover of Microscopy and Analysis
4/2025 – 2025 – Wiley Analytical Science
Images of fluorescent bio-samples captured using uniform “top hat” illumination from Villuminator™ modules have been featured on the cover of the Microscopy and Analysis magazine. The clarity and featural integrity of these images highlight the precision and performance of Villuminator™ illumination in fluorescence microscopy.
For those interested in integrating commercial optics with Villuminators on a lab benchtop microscope, turn to page 42 of the issue to read the article co-authored by Ronian Siew and Sarvesh Satpute.
V-BMB Launches the VTC series of multiple channel TEC controllers
December 18, 2023 | EINPresswire.com
V-BMB, a leading technology innovator specializing in cost-effective, highly precise thermal, optical, and other control modules, is excited to introduce the VTC series of single and multiple-channel TEC (Thermoelectric Cooler) controllers.
The V-BMB VTC Series of TEC controllers, available in 1, 2, 3, and 6-channel configurations, bring unparalleled temperature precision and stability to address the most demanding cooling and heating applications.
Notable advantages include high power efficiency, configurability, and flexibility achieved through a patent-pending control algorithm and circuitry.
V-BMB Launches the VTC series of multiple channel TEC controllers
December 18, 2023 | EINPresswire.com
V-BMB, a leading technology innovator specializing in cost-effective, highly precise thermal, optical, and other control modules, is excited to introduce the VTC series of single and multiple-channel TEC (Thermoelectric Cooler) controllers.
The V-BMB VTC Series of TEC controllers, available in 1, 2, 3, and 6-channel configurations, bring unparalleled temperature precision and stability to address the most demanding cooling and heating applications.
Notable advantages include high power efficiency, configurability, and flexibility achieved through a patent-pending control algorithm and circuitry.
© 2026 VBMB Pte Ltd (V-BMB).
© 2026 VBMB Pte Ltd (V-BMB).
