Differences

This shows you the differences between two versions of the page.

--- slice:dcc [2020/03/24 18:02] – [Specifications] Michael Radunsky
+++ slice:dcc [2020/03/25 22:22] – [Proper Usage] Michael Radunsky
@@ Line 70: / Line 70: @@
 ===== Proper Usage =====
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-| {{ :warning-sign.png?200&nolink }}  | If this instrument is used in a manner not specified by the manufacturer in this manual or other relevant literature, protection provided by the instrument may be impaired. |
+| {{ :warning-sign.png?200&nolink }}  | If this instrument is used in a manner not specified by the manufacturer in this manual or other relevant literature, protection provided by the instrument may be impaired.                                                                                  |
-| {{ :warning-sign.png?200&nolink }}  | Use caution when connecting the SLICE-DCC to your diode,  Diode lasers are static sensitive and can be damaged from static build up. Make sure to discharge any charge built up on your skin or clothes by using a grounding strap while making connections.  |
+| {{ :warning-sign.png?200&nolink }}  | Use caution when connecting the SLICE-DCC to your diode.  Diode lasers are static sensitive and can be damaged from static build up. Make sure to discharge any charge built up on your skin or clothes by using a grounding strap while making connections.  |
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-The SLICE-DCC is designed to drive, among other devices, laser diodes.  In order to be in US FDA compliance for driving lasers:\\
+The SLICE-DCC is designed to drive, among other devices, laser diodes, quantum cascade lasers, and semiconductor amplifiers.  In order to be in US FDA compliance for driving lasers:\\
   * There is a 5 s delay between turning on the current and the current beginning to flow.  During this period, a warning light will flash on the front panel of the SLICE-DCC.