IPC Class 2 vs Class 3: Which Standard Does Your Product Need?
IPC Class 2 covers general consumer electronics with moderate reliability needs. IPC Class 3 applies to high-reliability aerospace, medical, and military electronics where failure is unacceptable. Class 3 has stricter acceptance criteria for solder joints, component placement, and defects – allowing zero cosmetic imperfections that…
ESD Control in Manufacturing: Preventing Static Damage
TL;DR: Electrostatic Discharge (ESD) causes invisible damage to sensitive electronic components, resulting in immediate failures or latent defects that fail in the field. Industry data shows 30-40% of component failures stem from ESD damage. Prevention requires a comprehensive ESD control program following ANSI/ESD S20.20 standards…
HMI Display Integration Techniques for Custom Electronics -Anzer
Welcome to the world of custom electronics. In this place, having the right interface can really make a big difference. A Human-Machine Interface (HMI) display connects your user and your product. Now, people want easy and quick touch screen interactions when they use a device….
Mastering Electronics Enclosure Design DFM: Key Tips – Anzer
Welcome! When you’re creating a new electronic product, it’s easy to focus on the circuit boards and software. But the physical case, or enclosure, is just as important. A great enclosure does more than just protect the electronics; it defines how your product looks and…
Ensuring Electric Vehicle Safety
Ensuring electric vehicle safety is crucial for vehicle occupants and those around them. Here are some important considerations for everyone’s electric vehicle safety: By addressing these considerations, manufacturers, regulators, and users can collectively contribute to the safe adoption and use of electric vehicles.
Q: What are Smart Sensors
A: Smart sensors refer to advanced technologies incorporating additional capabilities beyond traditional sensing functions. These sensors are designed to gather data and provide more intelligent and efficient insights. Here are some key features and characteristics of smart sensors: Smart sensors include environmental sensors that monitor…
Local Area Network (LAN): Electronic Resource Sharing
A Local Area Network (LAN) is a network of interconnected computers, devices, and resources within a limited geographic area, such as an office, business campus, or factory. The primary purpose of a LAN is to enable the sharing of resources and information among connected devices….
Q: What is an LED Luminaire Assembly
A: An LED luminaire refers to a complete lighting fixture that incorporates Light Emitting Diode (LED) technology as the light source. It includes the LED light source and other components necessary for the luminaire to function correctly. These components may include the housing, optics, heat…
Discrete I/O Module Applications: LED Lighting
Discrete Input/Output (I/O) modules play a crucial role in LED lighting systems, providing an interface between the control system and the physical devices in the lighting setup. Here are some critical applications of Discrete I/O Modules in LED lighting: In summary, Discrete I/O modules are…
Discrete I/O Modules in Traffic Controllers: Inputs, Outputs, Diagnostics, and Reliability
Traffic controllers depend on discrete I/O modules to connect real-world field devices with controller logic. In simple terms, these modules help the controller read on/off signals from vehicle detectors, pedestrian push buttons, cabinet contacts, and other field inputs, then send output commands to signal heads,…
IO-Link Wireless Applications: 12 Examples
IO-Link Wireless is a communication technology that extends the capabilities of traditional wired IO-Link communication to IO-Link wireless applications. It is primarily designed for industrial automation and control systems and offers several applications and benefits, including: IO-Link Wireless applications offer the advantages of reducing installation…
Sensors and Actuators: Importance in Industrial Automation
Sensors and actuators are fundamental components in industrial automation systems, playing critical roles in monitoring and controlling various processes. Here’s an overview of what sensors and actuators are and how they are used in industrial automation: Sensors: Sensors are devices that detect and measure physical…
Modular Automation with IO-Link Wireless Advantages
Modular automation divides a production system into defined functional units that can be configured, replaced, expanded, or upgraded without redesigning the entire machine. When the architecture is planned correctly, an OEM can reuse proven modules across multiple machine variants, introduce new functions more efficiently, and…
ANZER Providing IO-Link Wireless Solutions
CoreTigo is an Israeli company specializing in IO-Link wireless communication solutions for industrial applications. Specifically, they focus on developing wireless communication technology for industrial automation and the Industrial Internet of Things (IIoT). Their wireless technology is designed to enable reliable and low-latency communication between industrial…
Industrial Internet of Things (IIoT): An OEM Guide
The Industrial Internet of Things, or IIoT, connects industrial machines, sensors, controllers, and software so operating data can be collected, analyzed, and used to improve decisions. For OEMs, however, IIoT is not only a connectivity project. It is an electronics product-development program involving sensing, embedded…
Photoelectric Sensors in Industrial Automation: Types, PCB Assembly, and OEM Design Considerations
Photoelectric sensors use light to detect object presence, absence, position, or surface change without physical contact. In industrial automation, they support counting, part detection, conveyor control, alignment, packaging, robotics, machine feedback, and quality checks. For OEMs, the sensor itself is only one part of the…
Industrial Automation Companies: 10 Leaders
Here are ten industrial automation companies that are significant players in the automation industry: These companies are well-established in the automation field and have a global presence, but the industry landscape is dynamic, and there may have been changes in rankings or new entrants since…
Human-Machine Interface Systems: 10 Aspects
Human-Machine Interface systems, or HMIs, are technology interfaces that enable communication and interaction between humans and machines. They are designed to facilitate the exchange of information, commands, and feedback between humans and various types of machines, such as computers, industrial equipment, robots, and other automated…
Automotive Electronics: 11 Advanced Driver Assistance Systems (ADAS)
Advanced Driver Assistance Systems (ADAS) are a set of technologies and features designed to assist drivers in operating their vehicles safely and more efficiently. These systems use a combination of sensors, cameras, radar, and other electronic manufacturing technologies to monitor the vehicle’s surroundings, provide real-time…
Electrical Drive System in EVs: Components, Controls, and Manufacturing Risks
An electrical drive system in an electric vehicle converts stored battery energy into controlled mechanical torque at the wheels. The main system includes the traction battery, inverter, power electronics controller, electric motor, transmission, regenerative braking controls, thermal management, sensors, wiring, and communication interfaces. For OEMs,…