VK105MK151R025P050

TVS (Transient Voltage Suppressors) are a type of electrical component or device that is used to reduce or absorb high-voltage surges and excess voltages. TVS are typically used in consumer high-end electronic equipment, such as TVs, computers, and cellular phones, to mitigate the harmful effects of surges and transient voltage events. The VK105MK151R025P050 is a type of TVS device used for suppressing high voltage events.

TVS devices are significantly more effective in voltage protection compared to traditional varistors and MOVs (Metal Oxide Varistors). A varistor is a kind of electrically variable resistor that works by suppressing or transferring power that flows between two points. MOVs are series of metal oxide layers insulated from each other that are connected in parallel with the load and can absorb power from the source.

The VK105MK151R025P050 is designed to absorb or dampen the energy of high-voltage transients and surges. This TVS device has a maximum peak pulse voltage of 2800 volts from 0-8/20 microsecond waveforms with a temperature coefficient of -10%/K. It also has a maximum breakdown peak voltage of 175 volts and a capacitance of 0.06 picofarads (pF). This TVS device is also capable of clamping transient voltages up to 2800 volts and can provide excellent protection against electrostatic discharges (ESD), as well as other transient power spikes.

The VK105MK151R025P050 is a monolithic (single-component) TVS device that provides the benefit of a single-package solution. This device is especially suitable for applications such as consumer electronics, telecommunications, and other low-power industrial applications. The VK105MK151R025P050 is designed with a high-voltage transient protection capability of 2800 volts for 8/20 microsecond waveforms.

The VK105MK151R025P050 TVS device is designed with a low capacitance of 0.06 pF, which enables low signal-loss attenuation. This device also offers excellent surge response time of 0.50 nanoseconds. The device is also designed with a maximum breakdown peak voltage of 175 volts and a maximum peak pulse power rating of 8500 watts.

When a transient voltage event or surge occurs, the VK105MK151R025P050 will begin to conduct current, thus clamping the transient voltage. This device is designed to operate at a minimum capacitance, which results in minimal attenuation of the signal. This minimizes the distortion of the signal before it reaches the load. Additionally, the surge current is dissipated as heat, allowing the device to protect the rest of the circuit from damage.

The VK105MK151R025P050 TVS device is a highly effective and reliable device for protecting electronic equipment from harmful transient voltage events and surges. This device has a variety of features that make it an ideal solution for consumer electronics, telecommunications, and other low-power industrial applications. This device has a maximum peak pulse voltage of 2800 volts from 0-8/20 microsecond waveforms, a maximum breakdown peak voltage of 175 volts, and a capacitance of 0.06 picofarads (pF). This TVS device offers excellent surge response time of 0.50 nanoseconds, and low signal-loss attenuation due to its low capacitance. It also offers excellent protection against electrostatic discharges (ESD) and other transient power spikes.