© 2022 EasyEDA Some rights reserved
Editor Version
×
Standard
1.Easy to use and quick to get started
2.The process supports design scales of 300 devices or 1000 pads
3.Supports simple circuit simulation
4.For students, teachers, creators
Profession
1.Brand new interactions and interfaces
2.Smooth support for design sizes of over 30,000 devices or 100,000 pads
3.More rigorous design constraints, more standardized processes
4.For enterprises, more professional users
Std Editiontsttt
License: Public Domain
Description
Documents
Sheet_1
Open in editor
ledriver4
Open in editor
VU DRIVER
Open in editor
ledriver_front_pcb
Open in editor
ledriver_main_pcb
Open in editor
VU_DRIVER_main 08-20
Open in editor
VU_DRIVER_jacks 08-20
Open in editor
ledriver_main_pcb1
Open in editor
VU_DRIVER_main dbl
Open in editor
VU_DRIVER_main_dbl
Open in editor
VU_DRIVER_jacks_dbl
Open in editor
VUDRIVER SINGLE
Open in editor
duo-led new main
Open in editor
duo-led new front
Open in editor
ledriver singl 3hp brick
Open in editor
KGB
Open in editor
Ledriver tripl front new
Open in editor
ledriver tripl main new
Open in editor
ledriver duo brick 0719
Open in editor
ledriver duo dot 0719
Open in editor
ledriver duo main 0719
Open in editor
ledriver duo dot 0919
Open in editor
ledriver duo brick 0919
Open in editor
duo led brick j20
Open in editor
glitch2 m20
Open in editor
RITMIX_mainn_08-20
Open in editor
RITMIX_fronnt_08-20
Open in editor
RITMIX_fronnt_08-20 1
Open in editor
UNIledriver main 08-20
Open in editor
UNILED n20
Open in editorSGL LED BRICK FRONT K d20
Open in editor
RITMIX_fronnt_10-22
Open in editor
RITMIX_mainn_12-21
Open in editor
RITMIX_mainn_08-20 recov leto
Open in editor
BOM
Project Members