#Circuit Devices

[dvidd2grr]

https://www.futureelectronics.com/p/electromechanical--circuit-protection--esd-protection/0603esda2-tr2-eaton-3147847

Circuit Protection Devices, ESD Protection equipment, Solid state relays

MLP Series 60 V 0.1 pF Bi-Directional 0603 Surface Mount ESD Suppressor

[thirteen-jades]

I saw your addition on the melting metal post, i was wondering how A/C electricity works, and how the energy transfers, is it like a newton’s cradle?

The short answer is that power is transferred in an AC circuit not by redistributing electrons from point A to point B, but by the electromagnetic fields produced by the movement of electrons in general. An electron moving back and forth still produces those fields due to its motion, even if "on average" it doesn't go anywhere.

To be a little more precise, current is defined as the charge crossing through a cross-sectional area per second. If an electron moves forward and backwards through that cross section, there is charge flowing through it, and so there are electronic fields being produced that a device can harness to do things. Many devices (for instance, an incandescent light bulb) don't particularly care if the fields change direction, so long as they exist. For devices that do care about the changing amplitude or direction of the current, we convert AC to DC using a rectifier.

In an intuitive sense, you can think of it kind of like a hand saw. The saw just moves back and forth, so it's not going anywhere "on average". But the cutting is produced by the movement of the saw blade against the material, so it cuts as long as there's movement in either direction.

[flamestar126]

Game Night with Douglas

Click for better quality

What happens after Douglas leaves for a second

rambling about their outfit in tags

[5mind]

((Can u imagine if i did starters bases on quotes from 'books' i got in my room tho i think it could be fun but the moment i whip out the wacom tablet user manual its all over for yall

[jnthn2app]

https://www.futureelectronics.com/p/electromechanical--circuit-protection--tvs-diodes/lc03-3-3-tbt-semtech-5141093

Transient voltage suppressor diode, TVS diode application, Bi-directional TVS

LC Series 18 V 1800 W SMT Low Capacitance TVS for High Speed Interface - SOIC-8

[grgo2don]

https://www.futureelectronics.com/p/electromechanical--circuit-protection--protection-thyristors/mac4dhmt4g-littelfuse-7876436

Thyristor surge suppressors, Thyristor high current, types of thyristors

600 V 4 A Surface Mount Sensitive Gate Logic TRIAC -TO-252, (D-Pak)

[kvin2phens]

https://www.futureelectronics.com/p/electromechanical--circuit-protection--tvs-diodes/smcj150ca-littelfuse-4048927

High-voltage transients, TVS diode selection, Bi-Directional TVS Diode

SMCJ Series 6.5 W 185 V Bi-Directional Surface Mount TVS Diode - SMC

[tickle-me-dalek]

"The Doctor and Rose don't have any chemistry, they spend most of their episodes separated so we never get to see their relationship develop."

....um. ....what?

[smbomcom]

What Is An Inductive Force Sensor?

An inductive force sensor is a type of sensor that utilizes the principle of electromagnetic induction to measure force. It operates by detecting changes in inductance caused by the force applied to the sensor, translating these changes into corresponding electrical signals. Typically, such sensors consist of coils, a magnetic core, and an outer casing. When force is applied, causing a displacement of the magnetic core, it alters the magnetic flux density within the coil, thereby generating measurable electrical signals.

Get more details: What Is An Inductive Force Sensor?

[countlessrealities]

@imprvdente: Fish confesses that Vox gave her a TV and a DVD player lmfaooo

The sound of a record abruptly coming to a screeching halt fills the bedroom, loud enough to hurt the poor girl'ears.

"...Of course he did." The distaste in his voice is even thicker than the radio filter that usually scrambles it. "What a meddlesome fellow, don't you agree? But don't fret, my dear, I will take care of it."

And of Vox himself too, naturally.

[atnn2rde]

https://www.futureelectronics.com/p/electromechanical--circuit-protection--tvs-diodes/smda05-lf-t7-protek-devices-3683539

Bi-Directional TVS Diode, Voltage suppression diode array, TVS Zener diode

SMDA05 Series 4 Channel 5 V 10 Vcl 550 pF Unidirectional TVS Array - SOIC-8

[you-have-made-a-fatal-error]

need to shell out for a new laptop before the end of the year - for a lot of reasons but mainly bc support ending for win8.1 makes fixing the current beast rather pointless :/ (and. admittedly. there is a lot to fix. she's old and she has suffered.)

but my current beastie is from the last gen of laptops with a disc drive and the thought of using an external/usb disc drive is enough to make me cry tears of blood

[ziggy-scardust]

Reblogging only for @lytefoot’s tags bc this is legit incredibly cool and I may or may not have just read two papers about using Roman-mined lead for the Cryogenic Dark Matter Search no I am not procrastinating something else

[5mind]

(( OH RIGHT I JUST REMEMBERED THE COSTUMES ASPECT OF HALLOWEEN I GOTTA DRAW MY MUSES

[chewything]

.

[volersystems]

Hardware to Cloud: Unleashing Motor Innovation with Voler Systems’ Design and IoT Expertise

Turning a product idea into something real—something that works, connects, and solves a problem—isn’t easy. It takes careful planning, technical know-how, and the right team. That’s exactly what Voler Systems brings to the table. From designing the core electronics to helping products connect to the cloud, they support every stage of development.

Most smart devices start with an embedded systems design. This is the part of the product that controls how it works—like the brain behind a fitness tracker, medical sensor, or industrial monitor. Voler Systems designs embedded systems that are not just functional but dependable and optimized for performance. Their team works closely with clients to make sure the design fits the product’s real-world needs.

Some projects require faster processing or very specific performance, which is where FPGA design comes in. FPGAs are flexible chips that can be programmed to do custom tasks—great for things like video processing or precise motor control. Voler has deep experience with FPGA work, helping teams build powerful solutions without starting from scratch every time.

Then there’s connectivity—something nearly every modern product needs. Voler provides Internet of Things consulting to help businesses create devices that send and receive data, communicate over wireless networks, and interact with cloud systems. From choosing the right sensors to managing cloud integration, Voler helps build connected solutions that are scalable and secure.

What clients really value about Voler Systems is their practical approach. They don’t just focus on the technical specs—they focus on making the whole product development process smoother. Whether it's a prototype, a redesign, or a production-ready launch, they help identify challenges early and work toward clear, smart solutions.

In short, Voler Systems is more than just an engineering firm. They’re a partner in building smarter, more connected products—from the circuit board to the cloud. If you're creating something innovative and want the right support along the way, they’re a team worth talking to.