#Static z software simple delay generator#
#Static z software simple delay full#
#Static z software simple delay license#

Via the AUX Out Ports on the back of the device. The Time Tagger X also provides the opportunity to put out two square wave signals with a variable frequency This is especially useful for testing,Ĭalibrating and setting up the Time Tagger initially. You can apply the test signal to any input channel instead of an external input.

#Static z software simple delay generator#

The Time Tagger has a built-in test signal generator that generates a square wave with a frequency in the range 0.8 to 1.0 MHz. They are located on the front panel of the Time Tagger Ultra and the rear panel of the Time Tagger X. Other RGB LEDs show the additional status information tabulated below. Solid red indicates continuous overflows.Īdditional LEDs on Time Tagger X and Time Tagger Ultra 

LED turns red for 0.1 s on every overflow event. The “Power” LED turns green when the power is supplied to the device. Measurement running but no data within last 2 s On its front panel, the Time Tagger X has an LED inside the power button and individual channel status LEDs:ĭevice in standby, press button to turn it onĬhannel unavailable (according to your license)Ĭhannel available but not used by a measurement The Time Tagger devices have LEDs showing status information. In addition, the Time Tagger X is equipped with an SPF+ Port (10 GbE), which can be used for streaming up to 300 M tags per second. The actual number highly depends on the performance of the CPU the Time Tagger is connected to and the evaluation methods involved. This allows to stream up to 70 M tags per second to the PC. The Time Tagger Ultra and Time Tagger X has a USB 3.0 interface. The Time Tagger 20 can stream about 8 M tags per second. Operating the device viaĪ USB hub is strongly discouraged. A USB >= 2.0 data connection is required for the performance specified here.

#Static z software simple delay full#

Therefore, you should ensure that the USB port is capable of providing the full The Time Tagger 20 is powered via a USB connection. If you need more information on this topic, please contact us via support.

Constant average count rates (averaged over the timescale of hundreds of milliseconds) will provide the best results. It is strongly recommended to let the device heat up for at least 10 s before starting a measurement. These delays are affected especially by the temperature of the device.

#Static z software simple delay license#

Channels available with the minimal four-channel license are shown without parenthesis.įurther channels are added from the list in parenthesis in the HighRes column first and added in the Standard resolution column if the amount of HighRes channels are exhausted.Īs a result of the averaging process, the quality of the calculated timestamps is affected by relative changes of internal delays of the contributing inputs. The table shows the usable inputs for the different modes. On the other hand, this process reduces the number of usable signal inputs. By averaging the results, a single timestamp with lower jitter is generated. The Time Tagger Ultra Performance can operate in different High Resolution (HighRes) modes.Īn increased resolution is achieved by directing the signal from a single input to multiple time-to-digital converters (TDCs).ĭepending on the mode, 2, 4, or 8 TDCs are used per input. Thereby, you can treat rising and falling edges in a fully equivalent fashion. In the software, rising edges correspond to channel numbers 1 to 18 ( Time Tagger 20: 1 to 8)Īnd falling edges correspond to respective channel numbers -1 to -18 ( Time Tagger 20: -1 to -8). The electrical characteristics are tabulated below.īoth rising and falling edges are detected on the input channels. The Time Tagger has 8 or 18 input channels (SMA-connectors).