Rugged Touch Sensor Anti-vandal Switches

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Sponsored Post

E-Switch CS Series Touch Sensor Anti-Vandal Switches are designed for applications that are subjected to harsh use and attempts to damage them. The switches feature capacitive switch technology, also known as touch sensors. This series offers a wire length of 150mm and is available in two panel-cutout sizes, 19mm or 22mm. Circuit functions include latching or momentary; ring or ring/power symbol lens style options with color illumination options of red, green or blue. The CS series also provides SPST contact arrangement, long electrical life of 50,000,000 cycles and a contact rating of [email protected] Applications include white goods, security devices, commercial electronics, kiosks, electrical housewares, and medical equipment.

Features: 19mm or 22mm panel cutouts, Latching or Momentary Function options, Ring or Ring/Power Symbol lens options, (Red, Green, or Blue color options),Capacitive switching technology (Touch Sensor).

Specifications: Contact Arrangement: SPST, Contact Rating: 1A @ 5-24VDC, Contact Resistance: 1Ω Max., Electrical Life: 50,000,000 Cycles, Operating Temperature: -20°C to 65°C, Storage Temperature: -25°C to 65°C, Panel Thickness: 10mm Max., Mounting Nut Torque: 3.0Nm

 

Mouser Supplies 135V to 150V Power MOSFETs

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Sponsored Post

Developed using a charge compensation principle and proprietary process technology, IXYS X4-Class 135V-150V Power MOSFETs offer significantly reduced resistance RDS(on) and gate charge Qg. A low on-state resistance reduces the conduction losses; it also lowers the energy stored in the output capacitance, minimizing the switching losses. What's more, its low gate charge results in higher efficiency at light loads and delivers lower gate drive requirements. These MOSFETs are also avalanche rated and exhibit a superior dv/dt performance. 

Top Ten Robotics Startups To Watch Out in 2019

Submitted By: 

Shreepanjali Mod

While AR, VR, IA, and IOT are sprinting hard to lead the tech world, there is one strong contender that will be an essential part of every journey - Robotics. Even now, it is slowly becoming the strongest channel for streamlined implementation of above mentioned technologies in our everyday lives. Taking another step ahead in this direction, we bring you a list of top ten noteworthy startups who have made their mark within a short time and are moving ahead with flying colors. 

 

10 Hardware Tools That Every Electrical Engineer Should Have In ToolBox

Submitted By: 

Shreepanjali Mod

Electrical projects are extraordinary in every sense, apart from specific subject knowledge one also needs proper workspace, motive, and tools to accomplish a job. For the regular domestic electrical projects, you can employ the most common tools that are present in every household. However, innovators, designers, thinkers, and engineers fall in a completely different category, they can’t work with regular common tools. They need specialty tools. We have aggregated here a list of top ten essentials that will help all creators in upgrading or completing their toolkit. Take a look.

ROHM Brings Forth Ultra-Compact Highly Precise Earthquake Detection Sensor

Submitted By: 

Shreepanjali Mod

ROHM recently introduced a super-compact highly precise seismic detection sensor module named BP3901. The device is perfect for all those applications that need accurate earthquake detection. The list includes smart meters, unmanned transport vehicles, and automatic doors.

 

 

Dialog Semiconductor Drives Up IoT Adoption Via Its Advanced Wi-Fi SoC

Submitted By: 

Shreepanjali Mod

Dialog Semiconductors PLC recently introduced the FC9000. It is one of the first Wi-Fi SoC from Dialog that came forth since its completed acquisition of Silicon Motion’s Mobile Communications product line. The new FC9000 keeps a tight focus on battery-powered IoT devices that include smart thermostats, wireless sensors, video monitoring systems as well as smart door locks. This new SoC also works on wireless sensors that enable direct connectivity with Wi-Fi networks while backing a battery power longevity much ahead then a single year.

How To Manage Power Consumption With IoT Devices?

Written By: 

Shreepanjali

Anders Andrae was recently quoted in the Guardian as, “We have a tsunami of data approaching. Everything which can be digitalised. It is a perfect storm. 5G is coming, IP traffic is much higher than estimated, and all cars and machines, robots, and artificial intelligence are being digitised, producing huge amounts of data which is stored in data centres. ‘Tsunami of data’ could consume one fifth of global electricity by 2025.” This statement summarizes the purpose of this blog.

 

VAT METER using ATMega8

Contributor: 

Fayaz Hassan

While measuring voltage and current with multi-meter, the probes have to be changed its position carefully. There is a probability of damaging the multi-meter, if voltage is measured in high current mode by mistake.  In case, both voltage and current to be measured at a time, we have to use two multi-meters and care should be taken while wiring both the multi-meters. VAT meter is combination of Voltmeter, Ammeter and Thermometer. It can measure voltage and current simultaneously along with the temperature.

 

PARKED VEHICLE MONITOR

Contributor: 

Fayaz Hassan

Vehicle is part of our busy life but if we are in office or in house then we need to park vehicle outside or in parking lot. There is prone to theft or hit by other vehicle. The situation of vehicle can’t be track without visiting parking place. So this project is built to track status of vehicle, when somebody try to steal the vehicle or get hit by any others vehicle.

The project built on two boards one is for transmission which named as PARKING VEHICLE MONITOR-TX and other is for receiving which named as PARKING VEHICLE MONITOR-RX. The TX board is used to transmit the status of vehicle and other RX board is used to receive the status of vehicle and display the status on 16x2 LCD display. 

Arduino Based Smart IoT Food Quality Monitoring System

Contributor: 

Hari Prasaath K.

Arduino based IoT Food Quality Monitor

Food safety and hygiene is a major concern in order to prevent the food wastage. The Quality of the food needs to be monitored and it must be prevented from rotting and decaying by the atmospheric factors like temperature, humidity and dark. Therefore, it is useful to deploy quality monitoring devices at food stores. These quality monitoring devices keep a watch on the environmental factor that cause or pace up decay of the food. Later, the environmental factors can be controlled like by refrigeration, vacuum storage etc.