#electronic Instagram Photos & Videos

electronic - 4.4m posts

    Worth a watch to hear @aliceivymusic sing the Shaft theme tbh 🕴🏻

    Worth a watch to hear @aliceivymusic sing the Shaft theme tbh 🕴🏻

    1 1 11 minutes ago
    👋🏽 YouTube.com/coolaccidents 👋🏽

    👋🏽 YouTube.com/coolaccidents 👋🏽

    3 1 12 minutes ago
    Views øv Planet Shapeless via NINE3 Studios, Auggy 2019: still floating through space in this meat suit, still thinking too much, but trusting my process and my route more and more everyday. still putting the art first. still focused on what’s important to me while I’m here. still working at it every day, still in it for life, Still Shapeless every night 😷

    Views øv Planet Shapeless via NINE3 Studios, Auggy 2019: still floating through space in this meat suit, still thinking too much, but trusting my process and my route more and more everyday. still putting the art first. still focused on what’s important to me while I’m here. still working at it every day, still in it for life, Still Shapeless every night 😷

    3 1 14 minutes ago
    👍Or👎 @Zachking 
Even The Darkest Night Can Shine Bright Thanks To Electricians & Linemans 👷

Please Leave a Comment Below👇
Love To Hear From You ❤
Tag All Your Friends 👨‍🔧👩‍🔧👷👲👨‍🏭 .

Follow Us To Gain More Knowledge About Electrical And Electronics Engineering.

Are You Starting Out As An Expert, Coach, Trainer, Business Or Have An Existing Audience And Want To Grow Your Instagram? Send Me a DM 🔥

Follow @ElectricianConsultants 🔌
Follow @ElectricianConsultants 💡
Follow @ElectricianConsultants 🔦
Follow @ElectricianConsultants ⚡

____

    👍Or👎 @Zachking
    Even The Darkest Night Can Shine Bright Thanks To Electricians & Linemans 👷

    Please Leave a Comment Below👇
    Love To Hear From You ❤
    Tag All Your Friends 👨‍🔧👩‍🔧👷👲👨‍🏭 .

    Follow Us To Gain More Knowledge About Electrical And Electronics Engineering.

    Are You Starting Out As An Expert, Coach, Trainer, Business Or Have An Existing Audience And Want To Grow Your Instagram? Send Me a DM 🔥

    Follow @ElectricianConsultants 🔌
    Follow @ElectricianConsultants 💡
    Follow @ElectricianConsultants 🔦
    Follow @ElectricianConsultants

    ____

    125 2 16 minutes ago
    For the first time ever we will be performing a song off our upcoming album "Karmageddon" live entitled "My Sweet Stranger" so make sure if you are in Vancouver you come check us out September 14th. We will be supporting @rampantlionband and Death To Bluntistan @lanalous

Event details here: https://www.facebook.com/events/2192742124350487/

#live #music #pop #electronic #vancouver #selfsufficient

    For the first time ever we will be performing a song off our upcoming album "Karmageddon" live entitled "My Sweet Stranger" so make sure if you are in Vancouver you come check us out September 14th. We will be supporting @rampantlionband and Death To Bluntistan @lanalous

    Event details here: https://www.facebook.com/events/2192742124350487/

    #live #music #pop #electronic #vancouver #selfsufficient

    0 0 17 minutes ago

Top #electronic posts

    Problem Logic

Step Conditions:

Start and Stop PB is used to start and stop the process.
Start is pressed Conveyor starts moving until the Proximity Sensor is ON.
Then solenoid valve is open for 5 seconds. After 5s Conveyor should start moving.
The above process should continue unto 3 bottles.
Process should continue still stop push button pressed.
List of Inputs and Outputs

Program Description

RUNG 0000

Latching rung to operate the system through Master Start and Stop PB.

RUNG 0001

To turn ON Conveyor motor, memory bit (B3:0/1 ) is used .  RUNG 0002

To turn on Conveyor motor using memory bit of start latching PB and B3:0/1, it will automatically turn off when B3:0/2 turns on once Proximity sensor activates.

Timer done is connected in parallel to turn conveyor motor ON again.

RUNG 0003

Proximity sensor output saved in memory bit to use in previous rung.  RUNG 0004 and Rung 0005

To store the status of proximity sensor B3:0/3 is used, Comparator  block is used to compare counter accumulator value to stop the process once three bottle process had filled.

Rung 0006

To count the number of bottles, proximity sensor is given to up counter with preset value sets to 3.

RUNG 0007

Stop input is given to reset the counter.

Note:

Memory bits are used to store the sensor output, since it is the simulation, sensor cannot turn off automatically.
Memory bits are used to get the sequence of operation. 📖 source: instrumentationtools.com …………………………………………
Follow me: @control_sys 📈 🙏

    Problem Logic

    Step Conditions:

    Start and Stop PB is used to start and stop the process.
    Start is pressed Conveyor starts moving until the Proximity Sensor is ON.
    Then solenoid valve is open for 5 seconds. After 5s Conveyor should start moving.
    The above process should continue unto 3 bottles.
    Process should continue still stop push button pressed.
    List of Inputs and Outputs

    Program Description

    RUNG 0000

    Latching rung to operate the system through Master Start and Stop PB.

    RUNG 0001

    To turn ON Conveyor motor, memory bit (B3:0/1 ) is used . RUNG 0002

    To turn on Conveyor motor using memory bit of start latching PB and B3:0/1, it will automatically turn off when B3:0/2 turns on once Proximity sensor activates.

    Timer done is connected in parallel to turn conveyor motor ON again.

    RUNG 0003

    Proximity sensor output saved in memory bit to use in previous rung. RUNG 0004 and Rung 0005

    To store the status of proximity sensor B3:0/3 is used, Comparator block is used to compare counter accumulator value to stop the process once three bottle process had filled.

    Rung 0006

    To count the number of bottles, proximity sensor is given to up counter with preset value sets to 3.

    RUNG 0007

    Stop input is given to reset the counter.

    Note:

    Memory bits are used to store the sensor output, since it is the simulation, sensor cannot turn off automatically.
    Memory bits are used to get the sequence of operation. 📖 source: instrumentationtools.com …………………………………………
    Follow me: @control_sys 📈 🙏

    1,610 61 19 August, 2019
    Building 2D map using Raspberry Pi 3B+ and RPLidar A1M8 and... Google Cartographer! Of course on top of ROS😉
It was a big surprise for me that Cartographer works on arm64 platform😮.⠀ CPU workload is about 30-40% during mapping of two rooms with area of ~45 square meters. RAM consumption is about 400MB.⠀
It means that drone with RPi and RPLidar will be able to build a map by himself instead of streaming raw data to base station.
Repost: @robotics_weekends …………………………………………………………Follow me: @control_sys 📈 🙏 ⠀ ⠀

    Building 2D map using Raspberry Pi 3B+ and RPLidar A1M8 and... Google Cartographer! Of course on top of ROS😉
    It was a big surprise for me that Cartographer works on arm64 platform😮.⠀ CPU workload is about 30-40% during mapping of two rooms with area of ~45 square meters. RAM consumption is about 400MB.⠀
    It means that drone with RPi and RPLidar will be able to build a map by himself instead of streaming raw data to base station.
    Repost: @robotics_weekends …………………………………………………………Follow me: @control_sys 📈 🙏 ⠀ ⠀

    920 19 19 August, 2019
    Annoying machine 😠
Tag someone who will get mad at it 😡! Like and comment pls
Source: fxhm (@youtube )
——
Repost: @robotx_tr ………………………………………………
Follow me: @control_sys

    Annoying machine 😠
    Tag someone who will get mad at it 😡! Like and comment pls
    Source: fxhm (@youtube )
    ——
    Repost: @robotx_tr ………………………………………………
    Follow me: @control_sys

    5,616 152 18 August, 2019
    This Big Dog Robot created by @BostonDynamics is demonstrating its strength by using its legs and torso to help power motions of the arm lifting heavy objects.
…………………………………………………………
Follow me: @control_sys 📈 🙏

    This Big Dog Robot created by @BostonDynamics is demonstrating its strength by using its legs and torso to help power motions of the arm lifting heavy objects.
    …………………………………………………………
    Follow me: @control_sys 📈 🙏

    880 11 15 August, 2019
    The pole is inside the unit circle ⇒ the signal is decaying. 
The pole is on the unit circle ⇒ the signal is fixed. 
The pole is outside the unit circle ⇒ the signal is growing (unbounded and should be avoided in real systems). The pole is negative ⇒ the signal is alternating in sign. 📖 source: The z-transform and Its Application to the Analysis of LTI Systems (lecture), by Dr. Musbah Shaat.
………………………………………………………
Follow me: @control_sys 📈🙏

    The pole is inside the unit circle ⇒ the signal is decaying.
    The pole is on the unit circle ⇒ the signal is fixed.
    The pole is outside the unit circle ⇒ the signal is growing (unbounded and should be avoided in real systems). The pole is negative ⇒ the signal is alternating in sign. 📖 source: The z-transform and Its Application to the Analysis of LTI Systems (lecture), by Dr. Musbah Shaat.
    ………………………………………………………
    Follow me: @control_sys 📈🙏

    1,181 15 13 August, 2019