Conductive tape is a special tape, which is commonly used in the fields of packaging and fault investigation of electronic components. Its main feature is that without damaging electronic components, the signals on the circuit can be drawn and used for measurement, debugging and control.

1. Selection of conductive materials: The key to conductive transfer tape is to choose the right conductive material. Common conductive materials include copper foil, aluminum foil, and conductive polymer. Different conductive materials have different conductive performance and mechanical properties. You need to choose the appropriate material according to the specific application scenarios.

2. Principles of transfer technology: The principle of conductive transfer tape is to use the adhesion of the tape to attach the conductive material to the circuit that needs to be contacted to achieve the leading signal. During the transfer process, it is necessary to pay attention to the adhesion of the tape, the thickness of the conductive material, the speed of the transfer, and other factors to ensure the stability and reliability of the transfer effect.

3. Applicable scenarios and application cases: Conductive transfer tape is widely used in the fields of packaging and fault investigation of electronic components. For example, the signal on the circuit board can be used to measure and control the instrument, and it can also be used to detect the failure point of the circuit board and repair it. In addition, conductive transfer tape can also be used for shielding and protection of electronic components.

4. Use tips and precautions: When using conductive transfer tape, you need to pay attention to the following points. First, choose the appropriate conductive material and tape specifications to ensure the matching of the circuit. Secondly, use the transfer tool correctly to avoid excessive stretching or damage to the tape. Third, pay attention to the storage and storage of the tape to avoid decreased performance from moisture or heating.