8.Trigger Generator Assembly
Describes the Trigger and Delay Generator.
![](images/20080523_06.jpg)
Building up the generator is an easy job compared to the diode bridge.
Soldered on the ground plane, between IC and ground plane an
intermediate +5V plane.
This construction makes soldering very easy and
all connections have a low inductance character.
![](images/20080523_07.jpg)
![](images/20080524_42.jpg)
First test ciruit works, testing different RC values.
Long rising edge (7th. horizontal DIV) disappeared after full assembly.
![](images/20080524_43.jpg)
Easy to build. Top and bottom ground plane used.
![](images/20080525_21.jpg)
![](images/20080525_19.jpg)
![](images/20080525_20.jpg)
![](images/20080525_18.jpg)
![](images/20080526_01.jpg)
Middle - BNC for powering. Green power On-Off switch. Circuit can be supplied by a 6 volt lead acid battery.
Middle - Two diode in series (700mV+700mV) reduce 6.3 volt lead-acid battery voltage to a 5 volt level.
![](images/20080526_02.jpg)
On all input and output an
5.6 volts zener diode - I'am scared when I adjust the pulsgenerator
output for a too high voltage by mistake.
Now it's also possible to supply the trigger circuit from a battery, I want to do that test.
![](images/20080526_07.jpg)
Exact Middle - wire cut from Low Noise Voltage Regulator 5 volts supply and 1k1 resistor.
When supplying the 1.1k resistor with a battery from the trigger
generator cut the wire to the 5 volts from the xxxx.
It's only a test
for less transient loading of the xxxx.
![](images/20080526_03.jpg)
6 volt battery powered operation of the trigger generator.
Not a better results with battery operation observed.
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![](../../images/amplifier_world_250.jpg)
Impressum
und Haftungsausschluss