v_riv

1042 results for "v_riv"

GaNdapter dual

An open source credit card sized DC/DC converter to convert up to 600 V to 24 V in a energy-, cost- and space efficient way.

Rootthecause

135

GaNdapter

An open source credit card sized DC/DC converter to convert up to 600 V to 24 V in a energy-, cost- and space efficient way.

Rootthecause

135

DCDCv9 3

An open source credit card sized DC/DC converter to convert up to 600 V to 24 V in a energy-, cost- and space efficient way.

Rootthecause

135

pcb isolator

An open source credit card sized DC/DC converter to convert up to 600 V to 24 V in a energy-, cost- and space efficient way.

Rootthecause

135

pcb winding

An open source credit card sized DC/DC converter to convert up to 600 V to 24 V in a energy-, cost- and space efficient way.

Rootthecause

135

backplane

RV4028 - A hackable Risc-V computer

MichaelBell

9

cpu

RV4028 - A hackable Risc-V computer

MichaelBell

9

io

RV4028 - A hackable Risc-V computer

MichaelBell

9

module

RV4028 - A hackable Risc-V computer

MichaelBell

9

probe

RV4028 - A hackable Risc-V computer

MichaelBell

9

ram

RV4028 - A hackable Risc-V computer

MichaelBell

9

Cobalt Cowboy

A RISC-V based radio development platform running OpenRTX Firmware

k5utd

7

ADC Board

Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials

esl-epfl

3

CHEEP Board

Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials

esl-epfl

3

Memory Board

Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials

esl-epfl

3

Power Board

Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials

esl-epfl

3

CHEEP Board Panel

Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials

esl-epfl

3

Combined Module Panel

Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials

esl-epfl

3

Power Board Panel

Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials

esl-epfl

3

ADC Board Socket

Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials

esl-epfl

3

CHEEP Board Socket

Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials

esl-epfl

3

Reference electronics designs for v_riv – Page 43 | Open App Note