On a gated BoB, this would result in Output B going high when the image mode is used AND when the system is Live / running a Protocol. When enabled, this will set Output B of the BoB high whenever that imaging mode is used.įor example, the user could create a new Image Mode called "Transmitted" or "DIC" and enable this setting. Once added, the following features will become available elsewhere in the software:
#INSTACAL SOFTWARE INSTALL#
Please download, install and run InstaCal 6.5 from here. If this is not installed and configured, the device will not be found by Device Hub.
This device depends on the Measurement Computing software, InstaCal 6.5. The BoB can be added to the active devices in the Device Hub:Ĭlicking "Find Devices" will show any supported DAC (digital/analogue control) boards present. This is very similar in concept to "Active Blanking" on the ALC (Andor Laser Combiner) and ILE (Integrated Laser Engine). LED) to the camera's Fire signal, for example to improve the quality of transmitted light when used with a spinning disk. This is most often used to synchronise a fast light source (e.g. In order to issue an output (high TTL) on "Output B", there must be an input (high TTL) signal supplied to "Gate B" AND a software instruction to output (high TTL) on "Output B". This means that some, or all, of their digital (TTL) outputs are synchronised, using a logical AND, to an input.įor example, if there is a "Gate B" BNC connection present on the BoB, it will be linked to the output of "Output B". The latest models of both BoBs are also "gated" or "buffered". It is usually connected to a Measurement Computing DIO24 PCI card in the computer.īoB-A provides digital (TTL) inputs and outputs, as well as an analogue (0-10 V) output.It is usually connected to a Measurement Computing DDAO6/16 PCI card in the computer. The Andor BoB (Breakout Box) is available in two models:īoB-D provides only digital (TTL) inputs and outputs.
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