
What is the difference between RFID and NFC technology?
Today qihe smt pick and place machine sharing what is the difference between RFID and NFC technology?
Smt pick and place machine, Stencil Printer, Reflow Oven Manufacturers
Qihe Electrical Technology Co., Ltd.

Today qihe smt pick and place machine sharing what is the difference between RFID and NFC technology?

There are three main forms of circuit protection: overvoltage protection, overcurrent protection, and overtemperature protection.

Whether to use SMD magnetic beads or SMD inductors in PCB design mainly depends on the application scenario. ….

When learning about current and voltage sources, the issue of internal resistance in the power supply often confuses many people, only remembering that when the voltage source is connected to an exter…

Today qihe smt pick and place machine sharing the Application and Principle of Pressure Sensors in Industry .

For an electronic system nowadays, the design of the power supply part is becoming increasingly important. I would like to discuss with you some of my own experiences on power supply design, in order to introduce ideas and make progress in power supply design.

Hello everyone, today we will learn about a customer case of operating lithium battery protection board on the customized modules completed by small automatic smt machine line ,TVM925s pick and place machine ,stencil printer QP3250,T960 reflow oven and pcb conveyor .

Avoid penalties for non-compliance–Designers need to follow regulations regarding electromagnetic compatibility (EMC) when designing PCBs because failing EMC testing could lead not only do fines but also to loss of customer trust which could cause irreparable damage even if those penalties eventually get waived.

Radio frequency is measured in units called hertz (Hz), which represent the number of cycles per second when a radio wave is transmitted. One hertz equals one cycle per second; radio waves range from RF Interferences,Mobile Phones,pick and place machine

Most capacitors are designed to withstand a certain temperature range, so you must select a capacitor with a temperature rating suitable for the environment in which your circuit is used. If the voltage or temperature rating exceeds, the capacitor can fail and cause damage to the board or other