High Power LED light source - up to 6 different wavelengths

Manufactured by: Omicron laserage

Quick Overview

Description

Description

The Omicron LedHUB is a high power LED light source for Biotech, industrial and analytical applications. With its up to 6 different wavelengths between 365 and 840nm it can be used in applications like widefield microscopy, optogenetics, chemical analysis, forensics and many more. The modular principle of the LedHUB® provides the possibility to start with only one or two wavelengths initially and user-upgradeability to further wavelengths at a later stage. The capability of fast switching between the wavelengths and high speed analogue modulation of the intensity is a key feature for demanding applications.

Modular principle for up to 6 different wavelengths with user-upgradability

Individual analogue modulation inputs for fast power control of LED wavelengths
User replaceable excitation filters (bandpass filters) for each LED channel
Precise intensity control in 0.1% steps (0-100%) by computer control (USB)
Individual digital modulation inputs for fast full on/off control with <2µs switching time
Intelligent SYNC in- and outputs for master or slave control of/from external cameras or instruments
Stable & repeatable – TEC temperature controlled LED chips for reliable and consistent results
Compatible to 2, 3 and 5mm Liquid Light Guides and SMA or FC/PC connectorized quartz fibers
Ecellent uniformity over field of view – fixed and stable, no alignment necessary
Long lifetime – expected to exceed 25,000 hours of operating time

LedHUB® - Specifications:
Model:	LedHUB® with up to 6 wavelengths
Available wavelengths:	365nm / 400mW* 385nm / 1000mW* 405nm / 500mW* 455nm / 500mW* 470nm / 400mW* 505nm / 200mW* 505...600nm / 800mW* - wavelength selectable by bandpass filter 625nm / 500mW* 660nm / 500mW* * The optical output power depends on the used fiber / liquid light guide diameter and installed bandpass filters
Available fiber coupling types:	2mm Liquid Light Guide 3mm Liquid Light Guide 5mm Liquid Light Guide SMA-905 connectorized Quartz fibers FC/PC connectorized Quartz fibers
Excitation bandpass filters:	6x (1 per wavelength) - easily exchangable by user
External Modulation:	6x Analogue modulation input: Frequency: DC...200kHz Rise-/falltime: <2µs Extinction ratio: ∞, infinite Input signal type: 0...5V or 0...10V (user configurable) Connector type: BNC or Sub-D 6x Digital modulation input: Frequency: DC...200kHz Rise-/falltime: <2µs Extinction ratio: ∞, infinite Input signal type: TTL (5V) Connector type: BNC or Sub-D
Internal signal generation:	6 Individually programmable PWM frequency generators (1 for each wavelength) Frequency: up to 200kHz Duty-Cycle: 1...99%
External synchronization:	1x SYNC-Input for synchronisation to external signals Input signal type: TTL (5V) Connector type: BNC or Sub-D 1x SYNC-Output for synchronisation of external units Output signal type: TTL (5V) Connector type: BNC or Sub-D
Control interface:	Type: USB 2.0 and RS-232
Control software:	Omicron Control Center - WindowsTM based laser control software
Supply voltage:	100-240VAC, 50/60Hz, 250W max.
Mechanical size:	19 inch rack housing, 2 height units L x W x H: 383mm x 484mm x 88mm ( without fiber coupler and connectors)
Available options:	LLGA2 - Liquid Light Guide Adapter including 2mm Liquid Light Guide (1.5m) LLGA3 - Liquid Light Guide Adapter including 3mm Liquid Light Guide (1.5m) LLGA5 - Liquid Light Guide Adapter including 5mm Liquid Light Guide (1.5m) LHSMA - Fiber coupling unit for SMA-905 connectorized fibers LHFCPC - Fiber coupling unit for FC/PC connectorized fibers LHOLYMP - Olympus microscope adapter for 3mm Liquid Light Guides LHLEICA - Leica microscope adapter for 3mm Liquid Light Guides LHZEISS - Zeiss microscope adapter for 3mm Liquid Light Guides LHNIKON - Nikon microscope adapter for 3mm Liquid Light Guides

Manufacturer Informations

Omicron laserage

For more than 20 years now, Omicron has been developing, building and producing its systems inhouse. Product quality is ensured with the aid of modern measurement technology & development and production meet both European and American standards.