Differences

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

--- howto:antibunching_measurements [2023/09/07 11:43] – [Antibunching using SymPhoTime] peter
+++ howto:antibunching_measurements [2023/09/07 11:52] – [Changing from Normal Acquisition (T3-mode) to Antibunching (T2-mode)] peter
@@ Line 25: / Line 25: @@
 Unfortunately, analysis of HydraHarp400 T3-mode antibunching data is not implemented in SPT.
     *with [[Products:PicoHarp 300]]/[[Products:HydraHarp 400]] in [[glossary:T2-mode]]
-        *measurements are possible with the [[software:SymPhoTime64]]
+        *measurements are possible with [[software:SymPhoTime64]]
 ==== Changing from Normal Acquisition (T3-mode) to Antibunching (T2-mode) ====
@@ Line 31: / Line 31: @@
 === Cabling: PicoHarp ===
-     -Disconnect Sync from [[Products:PicoHarp 300]] Ch0.
+     -Disconnect Sync from [[Products:PicoHarp 300]] Ch.0.
-     -Disconnect SPAD 1 Signal from Router ([[Products:PHR800]]).
+     -Disconnect SPAD 1 Signal from PHR800 Router.
-     -Connect SPAD 1 to [[Products:PicoHarp 300]] Ch0 (Do not use the attenuator).
+     -Connect SPAD 1 Signal to [[Products:PicoHarp 300]] Ch.0 only if it is NIM compatible. If the SPAD provides only TTL output pulses, you need to use the SIA400 adapter.
      -Adjustment of the CFD Level for Ch 0 (Sync Channel) might be necessary.
-    *It is also possible to connect both Detectors directly to the [[Products:PicoHarp 300]] without passing SPAD 2 through the router.    **In this case, however, the router cable (DVI-cable) needs to be disconnected from the PH300**
+It is also possible to connect both detectors directly to the [[Products:PicoHarp 300]] without passing SPAD 2 through the router. **In this case, however, the router cable (DVI-cable) needs to be disconnected from PicoHarp300**
-    *No special delay cables necessary
 === Cabling: HydraHarp ===