OPERATION
Annex
LSM 510
4-186
B 40-051 e 07/98
Trigger pulse description:
Level detection:
Low level:
0.0 - 1.0 V
High level:
3.0 - 5.0 V
Slew rate:
rising edge:
1 µs
falling edge: 1 µs
Pulse width (always positive pulses/high level):
Trigger-In:
20 ms
(Speed 10 - 5)
31 ms
(Speed 4)
62 ms
(Speed 3)
123 ms
(Speed 2)
246 ms
(Speed 1)
Trigger-Out:
ca. 100 ms
Pulse frequency:
Trigger-In:
2x pulse width
Trigger-Out:
> pulse width
Valid edge:
Trigger-In:
Rising edge
Trigger-Out:
Falling edge
Caution:
Never apply more than 5 V or negative voltages to avoid any damage.
In and outputs are not galvanically decoupled.
Therefore proper measures for galvanic decoupling external devices have to be taken (opto-coupler etc.).
Do not connect no pins declared with ‘reserved’ (see table below). Otherwise at least the interface
can be damaged.
Summary of Contents for LSM 510 Inverted
Page 1: ...I LSM 510 Laser Scanning Microscope Operating Manual...
Page 4: ...INTRODUCTION LSM 510 IV B 40 051 e 07 98...
Page 10: ...INTRODUCTION LSM 510 X B 40 051 e 07 98...
Page 12: ...NOTES ON DEVICE SAFETY Contents LSM 510 1 2 B 40 051 e 07 98...
Page 22: ...NOTES ON DEVICE SAFETY Warning and information labels LSM 510 1 12 B 40 051 e 07 98...
Page 24: ...LSM 510 SETUP REQUIREMENTS Contents LSM 510 2 2 B 40 051 e 07 98...
Page 34: ...LSM 510 SETUP REQUIREMENTS Laser Module VIS Laser Module UV LSM 510 2 12 B 40 051 e 07 98...
Page 36: ...INTRODUCTION TO LASER SCANNING MICROSCOPY Contents LSM 510 3 2 B 40 051 e 07 98...
Page 48: ...INTRODUCTION TO LASER SCANNING MICROSCOPY Contents LSM 510 3 2 B 40 051 e 07 98...
Page 231: ...OPERATION LSM 510 Annex B 40 051 e 07 98 4 173 Fig 4 171 Change over of the Scanning Module...
Page 256: ...INTRODUCTION TO LASER SCANNING MICROSCOPY Contents LSM 510 5 2 B 40 051 e 07 98...