3SMC8.0CA BK

Voltage - Clamping (Max) @ Ipp:	13.6V
Supplier Device Package:	SMC
Package / Case:	DO-214AB, SMC
Mounting Type:	Surface Mount
Operating Temperature:	-65°C ~ 150°C (TJ)
Capacitance @ Frequency:	--
Applications:	General Purpose
Power Line Protection:	No
Power - Peak Pulse:	3000W (3kW)
Current - Peak Pulse (10/1000µs):	220.6A
Series:	--
Voltage - Breakdown (Min):	8.89V
Voltage - Reverse Standoff (Typ):	8V
Bidirectional Channels:	1
Type:	Zener
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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3SMC8.0CA BK: TVS - Diodes Application Field and Working Principle

TVS – Diodes, or Transient Voltage Suppressors, are semiconductor components used in electronic circuits for providing surge protection and voltage regulation. They can be used as clamps to regulate voltage levels and remove transient spikes, which can cause damaging current flows in the circuits. 3SMC8.0CA BK is a type of TVS – Diode that is designed specifically for applications that require high levels of surge protection, such as computers, peripherals, and telecommunications equipment. This particular type of diode can be used in several different areas, including: 1. Computer and peripheral equipment: 3SMC8.0CA BK can be used to protect computers and peripherals from power line spikes that can cause damage to the system, thus maintaining optimal performance levels.2. Telecommunications equipment: 3SMC8.0CA BK can be used to provide protection from overvoltage conditions, such as those that occur when a telephone line is connected to a PBX unit.3. Automotive and industrial equipment: 3SMC8.0CA BK can be used to provide surge protection for automotive and industrial equipment, such as engines, alternators, and motors.To understand how 3SMC8.0CA BK works, it is important to first understand the principle of a TVS – Diode. In a nutshell, a TVS – Diode works by providing a path for the flow of current when a damaging voltage spike appears. The diode, when connected in the circuit, acts as a resistor to the spike, limiting its effects and thus offering protection for the system. The 3SMC8.0CA BK has a breakdown voltage of 8 volts, meaning that it will absorb the spike when it reaches 8 volts. It also has a peak surge current rating of up to 5 amperes, meaning that it is capable of dissipating a maximum of 5 amperes of electricity when a voltage spike is absorbed. For computer systems, the 3SMC8.0CA BK is usually wired directly across the power line, with one end connected to the ground and the other connected to the power supply. This helps to protect components from power line voltage spikes, which can cause damage to the system if left unchecked. The 3SMC8.0CA BK also features a built-in capacitance and inductance compensation, further improving its ability to absorb the shock of power line spikes. For telecommunications equipment, the 3SMC8.0CA BK can be used to protect the system from telephone line surges, which can damage both the equipment and the telephone line itself. In this case, the 3SMC8.0CA BK is usually installed as an in-line limiter, and the leads are connected to the telephone line and the ground. As with computers, the diode will absorb the power line surge when it reaches 8 volts and will help to prevent damage to the system and components. The 3SMC8.0CA BK is also commonly used in automotive and industrial applications, such as in engines, alternators, and motors. Here, the diode is used to provide surge protection to the system, helping prevent it from being damaged if a voltage surge were to occur. The 3SMC8.0CA BK is usually connected in series with the people line, and the leads are connected to the power supply and the ground. In summary, the 3SMC8.0CA BK is a type of TVS – Diode that is designed for applications that require high levels of surge protection, such as computers, peripherals, and telecommunications equipment. It can be used to provide protection from power line spikes and voltage surges, and also features a built-in capacitance and inductance compensation to further improve its performance. It is commonly used in computers, telecommunications equipment, automotive systems, and industrial equipment.

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