AIC1601, Inductive Proximity Sensor IC - Apex Microtechnology

The AIC1601 is a sensor IC for inductive proximity applications and can be used with a range of inductive transducers.

This IC has the analog front end, the detection logic, output stage and the status LED drivers (Detection and Power) integrated.

Features
• Wide supply voltage range (5.5 V to 38 V)
• Fully integrated low cost proximity sensor IC
• User-adjustable sensing range and hysteresis
• Built-in voltage regulator
• NPN open collector output with guaranteed sink current of 150mA
• Output overload/over-current protection
• Broad range of operating frequency (100kHz to 1MHz)
• 24-pin QFN package 4x4mm
 

4G LTE, Ceramic SMD antenna - Quectel

The Quectel YC0001CA is a 4G surface-mount design (SMD) antenna that is optimized for LTE, LTE-M and Narrow Band-IoT (NB-IoT) networks.
 
This low-profile antenna is just 35.0 x 8.5 x 3.0mm in size, operates in the 698-960MHz and 1710-2700MHz bands and is both RoHS and REACH compliant.

The Antenna is ground-plane dependent meaning, a solid ground plane with sufficient size is needed to achieve optimal performance of this antenna.  

When in doubt about your antenna design, feel free to reach out to our technical support team to help you out.   
 

AIC1605, High Voltage Interface IC - Apex Microtechnology

The AIC1605 provides high voltage N-Type and P-Type open drain outputs, a buck and linear regulator as well as two op-amps and two LED drivers. It is highly suitable for building a three-wire sensor interface.
It can be also used as a supply and output stage for other applications.

Target applications include inductive proximity detection, optical switch, sensor preamplifier, LED drivers.

Features
• Supply voltage: 5 V - 36 V
• 5 V/ 20 mA linear regulator
• Adjustable fix frequency buck regulator (8 V - 34 V)
• 100 mA P-Type and N-Type open drain outputs, over-current and short-circuit protected
• 2 LED current sinks 2 mA
• 2 operational amplifiers
• RoHS compliant
• 24-pin QFN package 4x4mm
 

4.3" IPS display 480*800 450 NITS MIPI - Startek

With 450 nits brightness and a blazing-fast MIPI connection, this display is the key to vibrant visuals and seamless performance.

Specifications:

- LCD name: 4.3 inch 480*800, ILI9806E, MIPI interface,
- Full viewing angle, high brightness IPS LCD
- Size.: 4.3 inch
- Display type: IPS
- Display colors: 65K/262K/16.7M
- Resolution (pixels): 480(RGB)*800
- Pixel pitch: 0.117(H)*0.117(V)
- Controller IC: ILI9806E
- Display mode: Transmissive Normally black
- Overall size: 62.50*105.55*2.65mm
- Viewing area: 58.56*96.32mm
- Active Area: 56.16*93.6mm
- Luminance: 450cd/m2
 

Next-Gen 600/700W Medical ATX Power Supplies - PB series - FSP Power

FSP group has released two groundbreaking medical PC power supply units , FSP600M-70PB (600W output) and FSP700M-70PB (700W output).

These units align with Intel's power supply design guide ATX version 3.0, multi-rail 2.0 platform PSU. Furthermore it incorporates peak current on 12V1 and 12V2, making them suitable for CAD (Computer aided diagnostics ) medical applications such as: Visual 3D Human Anatomy Machine,  Robotic Surgical Systems and Automated Carbon Dioxide Angiography Equipment.. 

This unique design ensures a responsive and stable energy flow, vital in such applications demanding precision and reliability.
The built-in DC/DC converter on the +3.3V and +5V output rails further enhances load regulation, providing a consistent voltage supply.

Certified with the latest safety and EMC requirements (IEC 60601-1 Edition 3.2 and IEC 60601-1-2 Edition 4.1).
BF Class isolation and high altitude operation up to 5000 meter, the new 600W/700W PB series also comply with 80PLUS GOLD efficiency.
This not only aligns with potential energy savings for end users but also promotes extended product life ,patient safety and system reliability.

Last but not least, the PB series are housed in a compact, standard ATX form factor 165 x 150 x 86mm chassis.  
 

The Bright Future of AI and Solar - Ambiq

AI is a power-hungry task, and creating sustainable energy such as a solar site with power-hungry devices is counterintuitive.

Ambiq enable connected endpoint devices capable of AI to run longer on a single charge of their battery by dropping the energy consumption up to 10X lower than anything on the market.

Through the use of ultra-low power system-on-chips (SoCs) and their patented Subthreshold Power Optimized Technology (SPOT®) platform, Ambiq will reduce their carbon footprint by empowering millions of smart sensors and meters like the ones used to identify solar sites.
 

Motion Controller for IoT-Based Remote Monitoring and Maintenance of Equipment - Sanyo Denki

The SANMOTION C S200 is an IoT-based motion controller, that can control motors while monitoring equipment status in real time. It contributes to improving the productivity and quality of various robots and production equipment.

Complex motion control and robot control can be performed at the same time as I/O signal control. It features high-speed EtherCAT fieldbus.

The controller can collect and store the operating status of a servo system and various sensor information in real time. In addition, by connecting a web camera to the controller, on-site images can be easily obtained.

Leveraging the stored data contributes to improving equipment productivity. Featuring remote monitoring and operation, it can also be used for automated applications in agriculture and fishing industries.

 

Experience embedded world live & in person from 9 - 11.04.2024!

At this year's embedded world you can expect an extensive supporting programme with top speakers and key players of the industry.

The TicketShop opens on 14 November for you!


Pre-book through our event page when you want to be there!
And register for free!


We would love to see you at our booth in hall 3, 301.