DIY pulse generator PG-872

[Liv]

Features:

• channels number: 2
• internal and external trigger
• pulse width range: 10 ns - 10 s
• pulse width step: 10 ns
• delay range: up to 10 s
• delay step: 10 ns
• period range: 20 ns - 10 s
• period step: 10 ns
• dead time range: up to 10 s
• dead time step: 10 ns
• rise and fall time: 2 ns (5 V, 50 Ohm, 100 pF)
• output level: -5 V - +10 V (Hi Z load)
• output impedance: 50 Ohm
• output level and shift step: 10 mV
• attenuator: 0 dB, -20 dB, OFF
• trigger threshold: -5 V - +5 V
• threshold step: 10 mV
• trigger input impedance: 200 Ohm
• min. trigger pulse width: 10 ns
• interface: USB (optocoupled)
• case type: Z-4A (160 x 140 x 60 mm)

Sine generator SG-642

[SimonD]

RESPECT ! 

The EPIC Cyclone files ?

How is the progress from your electronic load ... ?

[Liv]

Cyclone is loaded from microcontroller FLASH, the configuration file is inside hex.

Work on the electronic load is slow, it is very difficult to design a user interface for graphical LCD.

[SimonD]

OK Thanks !
The type of Graphic LCD ?
Keep on the great work !   

[Liv]

LCD type - TIC154A (132 x 64 dots, controller - UC1601S, I2C interface). The photo shows the old version TIC151 (blue), which is now no longer available.

P.S. There is a previous version of the generator using 1602 LCD.

[OldNeurons]

LCD type - TIC154A (132 x 64 dots, controller - UC1601S, I2C interface). The photo shows the old version TIC151 (blue), which is now no longer available.

P.S. There is a previous version of the generator using 1602 LCD.

Congratulations !
I really like the professional finish of your devices.
Great job !

[Liv]

Thank you!

[dom0]

Interesting design, very smart idea to use a digital line driver and adjust it's supply voltage instead of using a very fast variable-gain (one way or another) amplifier.