#engineeringtips — Public Fediverse posts

Tiny sparks, massive damage. ⚡
From smartphone glitches to chip failures, ESD is the invisible killer inside today’s electronics.
In our latest blog, we break down what ESD really is, why modern devices are more vulnerable than ever, and how proper testing keeps your products safe.

Read now and stay protected →
https://medium.com/@yamy28508735/introduction-to-esd-protection-the-essence-and-testing-system-of-electrostatic-discharge-2e4a5822f885

🔗 𝗙𝗶𝗻𝗱 𝗼𝘂𝘁 𝗺𝗼𝗿𝗲:[en.leiditech.com]
𝗖𝗼𝗻𝘁𝗮𝗰𝘁 𝘂𝘀: [email protected]

#ESDProtection #ElectronicsDesign #EngineeringTips #StaticElectricity

Your design’s temperature control starts with the right choice.
Mechanical power or digital precision?
Dive into our expert breakdown of bimetallic strips vs. NTC thermistors — and discover which one fits your next innovation. 🔥📐

👉 Read the blog here👉
https://medium.com/@yamy28508735/temperature-controlled-bimetallic-strip-vs-ntc-thermistor-040a05d7083b

🔗 𝗙𝗶𝗻𝗱 𝗼𝘂𝘁 𝗺𝗼𝗿𝗲:[en.leiditech.com]
𝗖𝗼𝗻𝘁𝗮𝗰𝘁 𝘂𝘀: [email protected]

#EngineeringTips #ThermalControl #NTCThermistor #BimetallicSwitch #Leiditech #ElectronicsDevelopment #MCUDesign #SmartDevices #IndustrialElectronics

12V vs. 24V DC Solenoid Valves: Which one is the right fit for your project?

The choice isn't just a number—it impacts current draw, heat generation, cable length, and duty cycle!

Don't let a small detail derail your fluid control system. Get the full engineering breakdown, comparison table, and application guide here:

https://rotexautomation.com/insights/12v-vs-24v-dc-solenoid-valves/

#SolenoidValve #Automation #EngineeringTips #FluidControl #IndustrialAutomation #Rotex

12V vs. 24V DC Solenoid Valves: Which one is the right fit for your project?

The choice isn't just a number—it impacts current draw, heat generation, cable length, and duty cycle!

Don't let a small detail derail your fluid control system. Get the full engineering breakdown, comparison table, and application guide here:

https://rotexautomation.com/insights/12v-vs-24v-dc-solenoid-valves/

#SolenoidValve #Automation #EngineeringTips #FluidControl #IndustrialAutomation #Rotex

12V vs. 24V DC Solenoid Valves: Which one is the right fit for your project?

The choice isn't just a number—it impacts current draw, heat generation, cable length, and duty cycle!

Don't let a small detail derail your fluid control system. Get the full engineering breakdown, comparison table, and application guide here:

https://rotexautomation.com/insights/12v-vs-24v-dc-solenoid-valves/

#SolenoidValve #Automation #EngineeringTips #FluidControl #IndustrialAutomation #Rotex

12V vs. 24V DC Solenoid Valves: Which one is the right fit for your project?

The choice isn't just a number—it impacts current draw, heat generation, cable length, and duty cycle!

Don't let a small detail derail your fluid control system. Get the full engineering breakdown, comparison table, and application guide here:

https://rotexautomation.com/insights/12v-vs-24v-dc-solenoid-valves/

#SolenoidValve #Automation #EngineeringTips #FluidControl #IndustrialAutomation #Rotex

12V vs. 24V DC Solenoid Valves: Which one is the right fit for your project?

The choice isn't just a number—it impacts current draw, heat generation, cable length, and duty cycle!

Don't let a small detail derail your fluid control system. Get the full engineering breakdown, comparison table, and application guide here:

https://rotexautomation.com/insights/12v-vs-24v-dc-solenoid-valves/

#SolenoidValve #Automation #EngineeringTips #FluidControl #IndustrialAutomation #Rotex

📏 How to decide which pressure angle to use for a gear system?
Guidelines to help you select the right gear angle for your project.
👉 Click here: https://www.engineersheaven.org/forum/topic/104
to visit our website and read the full article.
#GearSystem #EngineeringTips #MechanicalCalculations #DesignGuide #EngineersHeaven

Augh. Any electrophysiologists here? All of a sudden the recording electrode in one of my rigs has started vibrating a lot, making stable single unit recordings near impossible. Tightened every screw possible on the manipulator, clamped the headstage closer to the body of the manipulator to minimize the lever arm, made sure the air table had good pressure, added a weight to the platform that the manipulator sits on... But still, the vibrations are going strong. What can I try next?
#electrophysiology #scienceTips #engineeringtips #labtipsandtricks

Augh. Any electrophysiologists here? All of a sudden the recording electrode in one of my rigs has started vibrating a lot, making stable single unit recordings near impossible. Tightened every screw possible on the manipulator, clamped the headstage closer to the body of the manipulator to minimize the lever arm, made sure the air table had good pressure, added a weight to the platform that the manipulator sits on... But still, the vibrations are going strong. What can I try next?
#electrophysiology #scienceTips #engineeringtips #labtipsandtricks

Augh. Any electrophysiologists here? All of a sudden the recording electrode in one of my rigs has started vibrating a lot, making stable single unit recordings near impossible. Tightened every screw possible on the manipulator, clamped the headstage closer to the body of the manipulator to minimize the lever arm, made sure the air table had good pressure, added a weight to the platform that the manipulator sits on... But still, the vibrations are going strong. What can I try next?
#electrophysiology #scienceTips #engineeringtips #labtipsandtricks

Augh. Any electrophysiologists here? All of a sudden the recording electrode in one of my rigs has started vibrating a lot, making stable single unit recordings near impossible. Tightened every screw possible on the manipulator, clamped the headstage closer to the body of the manipulator to minimize the lever arm, made sure the air table had good pressure, added a weight to the platform that the manipulator sits on... But still, the vibrations are going strong. What can I try next?
#electrophysiology #scienceTips #engineeringtips #labtipsandtricks

Augh. Any electrophysiologists here? All of a sudden the recording electrode in one of my rigs has started vibrating a lot, making stable single unit recordings near impossible. Tightened every screw possible on the manipulator, clamped the headstage closer to the body of the manipulator to minimize the lever arm, made sure the air table had good pressure, added a weight to the platform that the manipulator sits on... But still, the vibrations are going strong. What can I try next?
#electrophysiology #scienceTips #engineeringtips #labtipsandtricks

Why wait for a formal code review when you can do an ad-hoc session? If you spot an issue or improvement in code, invite the responsible team member for a quick, on-the-spot review. 🖥️ #CodeReviews #EngineeringTips

Why wait for a formal code review when you can do an ad-hoc session? If you spot an issue or improvement in code, invite the responsible team member for a quick, on-the-spot review. 🖥️ #CodeReviews #EngineeringTips

If it moves, but it shouldn’t, the answer is #DuctTape.

If it doesn’t move, but it should, the answer is #WD40.

#EngineeringTips

If it moves, but it shouldn’t, the answer is #DuctTape.

If it doesn’t move, but it should, the answer is #WD40.

#EngineeringTips

If it moves, but it shouldn’t, the answer is #DuctTape.

If it doesn’t move, but it should, the answer is #WD40.

#EngineeringTips

If it moves, but it shouldn’t, the answer is #DuctTape.

If it doesn’t move, but it should, the answer is #WD40.

#EngineeringTips

If it moves, but it shouldn’t, the answer is #DuctTape.

If it doesn’t move, but it should, the answer is #WD40.

#EngineeringTips