SM16LC08CE3/TR13

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TVS Diodes are widely used in many applications for over-voltage protection. The SM16LC08CE3/TR13 is an example of TVS diodes. This component is designed to protect systems against over-voltage transients in applications such as AC power line and communication line connections. It also provides great protection for sensitive electronic components that may be damaged by such spikes.

The SM16LC08CE3/TR13 is a unidirectional TVS with an 8-pin SMD (Surface Mount Device) and a resistive rate of +/- 16V. It has a low profile, low capacitance design and is well-suited for audio and data applications. The device has an operating temperature range from -55°C to +125°C and is available in various ESD ratings. The device also has a very low on-state resistance of 1.6 Ohms typical.

The working principle for SM16LC08CE3/TR13 is quite simple. When an over-voltage is detected, the device rapidly absorbs the excess energy and then safely dissipates the energy as heat. The device also helps to reduce the peak voltage at the protected systems by clamping the voltage between its two terminals. The SM16LC08CE3/TR13 also protects against ESD (Electrostatic Discharge) from 3 KV to 8 KV.

The main application field of the SM16LC08CE3/TR13 is over-voltage protection and ESD protection. The device can be used in various applications including Surge protector, Power line protection, USB port protection, peripheral over-voltage protection, telecommunication line protection and Industrial equipment protection. The device is also ideal for protecting expensive and delicate electronic components, such as microcontrollers, against over-voltage and electrostatic discharge (ESD).

In summary, the SM16LC08CE3/TR13 is a low-profile, unidirectional TVS diode with high ESD and over-voltage protection capabilities. This device provides good protection for sensitive systems against over-voltage transients, and also helps to reduce the peak voltage at the protected systems. It is widely used in various applications and is ideal for protecting expensive and delicate electronic components against over-voltage and electrostatic discharge (ESD).

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