SLA-Series Manual & Analog-input LED Controllers

4 Channels; 12 VDC; Interfaces USB/RS232, 0-5 V Analog; 4 External Trigger Inputs; 4 Analog Voltage Mightex’s BLS-IO04-US analog and digital input/output control module is a system-level control solution to be used in conjunction with the BLS-Series manual and trigger mode analog controlled LED controllers. The BLS-IO04-US I/O control module features four independent channels. Each of the four channels has an external trigger input (TTL), an analog voltage output (0-5 V) and a digital output (Standard TTL). All input and output connectors are BNC-type to work seamlessly with laboratory equipment. Intensity waveform of up to four high-power LED light sources is controlled by BLS-IO04-US I/O control module, each can output light at a different wavelength (i.e. colour). Up to 32 different waveforms can be programmed onto the I/O control module via USB or RS232. Each waveform can be associated with any one of the four LEDs to form a catalog of up to 128 unique colour/waveform pairs. Key Features: Number of Independent Channels: 4 One External Input Trigger (TTL) Per Channel One Analog Voltage Output (0-5 V) Per Channel One Digital Output (LVTTL) Per Channel All I/Os Are BNC-connectorized Works with up to 4 Analog Controlled LED Controllers to Control 4 LEDs 32 Customizable Waveforms, Each Can Be Paired With Any of the 4 Channels Program up to 1024 Colour/Waveform Pairs in a Sequence Power Supply: 12 VDC Output Analog Voltage Resolution: 0.1% Output Analog Voltage Range: 0 to 5 V Output Analog Voltage Accuracy: ±0.5% (or ±3 mV) Time Resolution: 20 µs Max. Trigger Delay: 25 µs Host Interface: USB or RS232 Non-volatile Memory Dimensions: 135 x 140 x 105 mm Application: Module for Controlling up to Four LED Controllers with Analog Voltage Inputs

1, 2 Channels; 9-48 VDC; 1-18 A; Interface 0-5 V Analog; Max. Modulation Frequency 3-100 kHz; Current Accuracy ±3% Mightex’s BLS-Series LED controllers are designed for driving Mightex LED light sources, including Type-H super high power LED light sources (BLS-13000 and BLS-18000 models). All BLS-Series LED controllers have two operation modes:  Manual Mode: the user can control the output current by manually turning a knob Trigger Mode: the output current can be controlled via an external analog input signal between 0 V and 5 V The control mode is selected with a slide switch on the front panel, and the factory default is “manual” mode. High-speed, two-channel models BLS-1000-2 and BLS-3000-2 feature a high modulation speed of up to 100 kHz for BLS-1000-2 and up to 50 kHz for BLS-300-2. High-current, single-channel models BLS-13000 and BLS-18000 feature maximum output driving currents of 13,000 mA (BLS-13000) and 18,000 mA (BLS-18000) with a modulation speed of 3 kHz. BLS-1000-2 and BLS-3000-2 provide DIP switches for maximum current selection on the rear panel, which allow the user to set the maximum output current of the channel to 500/750/1,000 mA for BLS-1000-2, and 1,000/2,000/3,000 mA for BLS-3000-2, respectively. The factory default is set to 500 mA for BLS-1000-2 and 1,000 mA for BLS-3000-2, respectively. When the LED controller is set to “trigger” mode, the output current is fully controlled by the input analog signal (0-5 V). Mightex’s BLS-Series of manual and trigger mode LED controllers currently include five models in total:   # of Channels DC Input Voltage Channel Driving Current Channel Frequency  BLS-1000-2 2 9 to 12 VDC 0 to 1,000 mA <100 kHz BLS-3000-2 2 9 VDC 0 to 3,000 mA <50 kHz BLS-13000-1 1 48 VDC 0 to 13,000 mA <3 kHz BLS-13000-1E 1 2 VDC 0 to 13,000 mA <3 kHz BLS-18000-1 1 2 VDC 0 to 18,000 mA <3 kHz   Key Features: Number of Channels: 1, 2 Power Supply: 9 to 48 VDC Per Channel Driving Current: 1,000 to 18,000 mA Dual Control Modes: Manual or Analog Voltage Input Controlled Interface: 0-5 V Analog BNC Connectors for Analog Voltage Inputs Max. Modulation Frequency: <3 to <100 kHz Simple, Tool-free Connections Capable of Driving Variable Loads Applications: Optogenetics; Fluorescence Excitation; Microscopy; Testing Instruments; Medical Instruments

Accessories for Mightex LED controllers/drivers include the following items: Power Adapter Accessories for Mightex’s LED Controllers/Drivers: Replacement Power Adapter. 12 V/5 A AC/DC. Part Number: ACC-SLC-12V5A 24 V AC/DC Power Adapter. Part Number: ACC-SLC-24V Upgrade From 12 V to 24 V AC/DC Power Adapter for LED Drivers. Part Number: ACC-SLC-24VU9 V/6 A AC/DC Power Adapter for LED Drivers. Part Number: ACC-SLC-9V ACC-SLC-9VU: Upgrade from 12 V to 9 V/6 A AC/DC Power Adapter for LED Drivers Cable Accessories for Mightex’s LED Controllers/Drivers: Extra-length USB Cable – 5 m. Part Number: ACC-USB-5M Adapter Cable for Converting Push-pull Connectors Used for Connecting to BLS-Series LED-Controllers to Bare Wire Connectors. Part Number: ACC-WFC4-C05-ADP Adapter Cable for Converting Bare Wire Connectors to Push-pull Connectors Used for Connecting to BLS-Series LED-Controllers. Part Number: ACC-WFC4-C05-BLS-ADP Cable for FCS-, FFC-, GCS-, and WLS-Series LED Light Sources. With Push-pull Connectors on Both Ends for Connecting to BLS-Series LED-Controllers. Part Number: ACC-FCS-C05-BLS Cable for Type-H LED Light Sources, Split for 13 Channels. Used With SLC-MA16-U/SLC-MA16-S for Outputting 13 Channels in Unison. Part Number: ACC-LCS-C05-H-13 Mechanical Accessories for Mightex’s LED Controllers/Drivers: Mounting Bracket for SLA and SLC-MA01/MA02-U Compact Universal USB LED Controllers. Part Number: ACC-SLA-BRKT Applications: LED Controllers

1 Channel; 9-24 VDC; 1,200 mA Per Channel; Interface 0-5 V Analog Mightex’s SLB-1200-1 universal manual and analog-input LED controller is designed for driving a broad range of LED light sources. The SLB-1200-1 LED controller has two control modes: Manual Knob Control Mode: the current output of each channel can be adjusted manually Analog Input Control Mode: the current output of each channel can be controlled via 0 to 5 V analog input The control mode is set via a DIP switch, and the factory default setting is “Manual Knob Control Mode”. The controller also has a DIP switch for maximum current setting, which allows user to set the maximum current to 350, 750 or 1,200 mA, whichever applicable, in order to prevent LED damage due to overdriving. The factory default setting is 350 mA. When the maximum current setting DIP switch is set at a smaller value, the LED controller has a finer resolution for the output current. When the SLB-1200-1 LED controller is set to “Analog Input Control Mode”, the output current is proportional to the voltage of the analog input signal. Key Features: Number of Channels: 2 Power Supply: 9 to 24 VDC Maximum Driving Current: 1,200 mA Dual Control Modes: Manual or Analog-input Universal – Suitable for Any LED Tiered Maximum Output Current Settings (i.e. 350, 750 and 1,200 mA) to Prevent Overdrive Capable of Driving Variable Loads Applications: Microscopy; Lighting; Machine Vision; Displays; Semiconductor Equipment; Test Instruments; Medical Instruments

1, 2 Channels; 9-24 VDC; 1,000 mA Per Channel; Interface USB; Current Resolution 1 mA Mightex’s SLC-MA01/MA02-U series of compact 1- (SLC-MA01-U) and 2-channel (SLC-MA02-U), computer-controlled universal LED controllers are designed to drive a broad range of LED light sources with output currents up to 1,000 mA. Each unit comes with a powerful PC-based software with a user-friendly GUI, which enables users to drive LEDs without the need to write any code. In addition, a full-featured SDK is provided, in order for users to write their own software and to integrate Mightex’s LED controllers into their own systems. Furthermore, the drivers have a built-in protection feature, allowing users to limit LED driving current and voltage. Each channel can be individually configured to work under one of the following two modes: Normal Mode (or DC Mode): The output current is a constant, which can be adjusted (using software) from 0 mA to 1,000 mA, through the USB interface Strobe Mode: A pulse-width-modulated (or PWM) periodic strobe pattern is output from the channel, which can be turned on by a software trigger. The strobe pattern may last indefinitely or for a preset number of cycles. The frequency of the PWM strobe can be up to 500 Hz. In addition, each channel can be individually disabled and enabled. No voltage or current is output from a disabled channel. Key Features: Number of Channels: 1, 2 Power Supply: 9 to 24 VDC Per Channel Driving Current: Up to 1,000 mA Current Resolution: 1 mA Computer-controllable: USB Interface Dual Control Modes: DC and Strobe Universal – Suitable for Any LED Compact Capable of Driving Variable Loads User-friendly Application Software With GUI Full-featured SDK Applications: Machine Vision; Displays; Microscopy; Semiconductor Equipment; Testing Instruments; Medical Instruments; Lighting

12, 16 Channels; 9-24 VDC; 1,000 mA Per Channel; Interface USB, RS232; Current Resolution 1, 5 mA Mightex’s SLC-Series of universal USB/RS232 LED controllers feature 12 or 16 computer-controlled output channels and are designed to drive a broad range of LED light sources with output currents up to 1,000 mA. While standard models provide 5 mA current resolution, high-precision variants with 1 mA current resolution are also available. Each unit comes with a powerful PC-based software with a user-friendly GUI, which enables users to drive LEDs without the need to write any code. A full-featured SDK is provided, in order for users to write their own software and to integrate Mightex’s LED controllers into their own systems. Furthermore, the drivers have a built-in protection feature, allowing users to limit LED driving current and voltage. Each of the 12 or 16 channels can be individually configured to work under one of the following two modes: Normal Mode (or DC Mode): The output current is a constant, which can be adjusted (using software) from 0 to 1,000 mA, through the USB or RS232 interface Strobe Mode: A pulse-width-modulated (or PWM) periodic strobe pattern is output from the channel, which can be turned on by a software trigger. The strobe pattern may last indefinitely or for a preset number of cycles. The frequency of the PWM strobe can be up to 500 Hz. In addition, each channel can be individually disabled and enabled. No voltage or current is output from a disabled channel. Mightex’s SLC-Series of universal USB/RS232 LED controllers currently include eight models in total:   # of Channels Current Resolution Interface SLC-CA12-U 12 5 mA USB SLC-CA12-S 12 5 mA RS232 SLC-CA16-U 16 5 mA USB SLC-CA16-S 16 5 mA RS232 SLC-MA12-U 12   USB SLC-MA12-S 12   RS232 SLC-MA16-U 16   USB SLC-MA16-S 16   RS232   Key Features: Number of Channels: 12, 16 Power Supply: 9 to 24 VDC Per Channel Driving Current: Up to 1,000 mA Current Resolution: 1, 5 mA Computer-controlled: USB or RS232 Interface Dual Control Modes: DC and Strobe Universal – Suitable for Any LED Capable of Driving Variable Loads User-friendly Application Software With GUI Full-featured SDK Applications: Machine Vision; Displays; Microscopy; Semiconductor Equipment; Testing Instruments; Medical Instruments; Lighting

2, 4 Channels; 9-24 VDC; 100-3,500 mA Per Channel; Interface USB, RS232; External Trigger; Current Resolution 0.1-1 mA Mightex’s SLC-Series of USB/RS232 and external trigger LED controllers allow users dual software control of individual LED channels plus external TTL trigger control. User-friendly application software and SDK are provided, and models come with USB and RS232 interfaces with a flip switch on the back of the units to select either USB2.0 or RS232 interface. Each multi-channel, computer-controllable unit comes with PC-based software with a user-friendly GUI, which enables users to drive LEDs without the need to write any code. In addition, a powerful SDK and a rich RS232 command set are provided, in order for users to write their own software and to integrate Mightex’s LED controllers into their own systems. A Linux driver is also available upon request. Furthermore, the drivers have a built-in security feature, allowing users to limit LED driving current and voltage. Models with forward voltage monitoring capability have an accuracy of ±10 mV. Mightex’s SLC-Series of USB/RS232 and external trigger LED controllers can be used to drive any type of LED in any of the three modes ‘Normal’ (or ‘Constant Current’), ‘Strobe’, and/or external ‘Trigger’. Each output channel can be individually configured to work in one of the three modes, and in all three modes, overdrive current limit can be set:Normal: Constant current output at any value from 0 mA to the maximum output driving current with 12-bit resolutionTrigger: External trigger signal could be used to turn on each individual channel, generating driving current with any user-defined waveform. Alternatively, each output channel can work under the “Follower” mode, in which the current output follows the waveform of the trigger inputStrobe: Internal strobe generator generates frequencies as high as 25 KHz. The strobe signal (i.e. current levels, duty cycle and strobe frequency) can be set through software. For SLC-AA and SLC-AV series, the strobe signal can be a user-defined arbitrary waveform with 128 pairs of data points [current (mA), duration (µs)] to define the shape of the waveform and consequently the LED’s optical output. High-precision (FA, FV, XA and XV) types have 0.1mA current resolution, and a maximum current of 100mA in DC mode and 350mA in pulse mode, while 2-channel high-current (HA and HV) types can drive up to 2,000 mA (CW) or 3,500 mA (PWM) output current. Mightex’s SLC-Series of USB/RS232 and external trigger LED controllers currently include 14 models in total:   # of Channels Universal High Precision High Current Arbitrary Waveform Forward Voltage Monitoring SLC-SA02-US 2 •         SLC-SV02-US 2 •       • SLC-AA02-US 2 •     •   SLC-AV02-US 2 •     • • SLC-SA04-US 4 •         SLC-SV04-US 4 •       • SLC-AA04-US 4 •     •   SLC-AV04-US 4 •     • • SLC-FA04-US 4   •       SLC-FV04-US 4   •     • SLC-XA04-US 4   •     • SLC-XV04-US 4   •   • • SLC-HA02-US 2     •     SLC-HV02-US 2     •   •   Key Features: Number of Channels: 2, 4 Power Supply: 9 to 24 VDC Per Channel Driving Current: Up to 2 A in DC Mode and up to 3.5 A in Pulse Mode (Depending on Model) Over-current Protection Current Resolution: 0.1 to 1 mA Forward Voltage Monitoring for Some Models Computer-controllable: USB and RS232 Interfaces External Trigger With Programmable Rising or Falling Edge Universal – Suitable for Any LED Capable of Driving Variable Loads User-friendly Application Software With GUI SDK and Rich RS232 Command Set Included for Custom Applications Normal, Strobe and Trigger Mode for Every Channel Programmable Constant Current, Pulse-width Modulation and/or Arbitrary Waveform (Some Models) Up to 23.5 V Output Voltage for Each Channel Built-in Non-volatile Memory, Can be Used Without a PC   Applications: Machine Vision; Displays; Microscopy; Semiconductor Equipment; Testing Instruments; Medical Instruments; Lighting

4 Channels; 12-24 VDC; 1,200 mA Per Channel; Interface USB; Current Resolution 1, 5 mA Mightex’s SLC/MU-Series of four-channel universal USB and manual LED controllers are designed to drive a broad range of LED light sources, and they offer the flexibility for users to operate each LED channel independently, both manually and through software. In addition, the LEDs can be driven both in Continuous Wave (CW) mode and in strobe mode. While the standard model (SLC-CA04-MU) provides 5 mA current resolution, a high-precision variant (SLC-MA04-MU) with 1 mA current resolution is also available. The software comes with a user-friendly GUI that enables one to drive LEDs without the need to write any code. Furthermore, a full-featured SDK is provided in order for users to write their own software and to integrate the LED controllers into their own systems. Manual Control: Each of the four channels can be operated manually in CW mode using a knob, and each knob is operated independently to control the output current of a specific channel. The LED controller also has a fifth knob (i.e. a “Global” knob) allowing to adjust the output current of all the channels at the same time and with the same step size. Therefore, first the intensities for the LED channels can be set – independently – using the four (small) knobs, and then the set intensities of all channels can be increased/decreased simultaneously using the “Global” knob.In order to prevent LED damage due to ‘overdriving/overheating’, the maximum output current of each LED channel can be set individually, via the software provided with the LED controller, to match the current rating of the LED connected to the channel. Software Control: SLC/MU-Series LED controllers can also be operated via a Windows-based application software, provided with the device. In software control mode, each channel can be individually configured by the software to operate in one of the following three modes: Disable Mode: The channel is disabled, and its output is completely turned off Normal Mode (or CW Mode): The output current is constant and can be adjusted (using software) from 0 to 1,200 mA through the USB interface Strobe Mode: A Pulse-Width-Modulated (or PWM) periodic strobe pattern is output from the channel, which can be activated by a software trigger. The strobe pattern may last indefinitely or for a preset number of cycles, depending on the software setting. The maximum frequency of the PWM strobe is 500 Hz. The LED controller also has a DC output used to control a cooling fan, usually used to cool down a high-power LED. The LED controller’s software allows one to control the speed of the cooling fan, through a designated variable PWM signal output. Key Features: Number of Channels: 4 Power Supply: 12 to 24 VDC Per Channel Driving Current: Up to 1,200 mA Current Monitoring Display High Precision with 1 mA Current Resolution Software/Manual Controlled Computer-controllable: USB Interface Dual Control Modes: DC and Strobe Universal Driver – Suitable for Any LED Capable of Driving Variable Loads User-friendly Application Software With GUI Full-featured SDK Applications: Machine Vision; Displays; Semiconductor Equipment; Test Instruments; Microscopy; Medical Instruments