JANTX1N6111US Circuit Protection

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TVS diode is an important class of components for providing protection for circuits towards the threat of transients, which are impulsive electrical over-voltage. In order to meet the needs of different protection applications, varieties of TVS diodes are available. JANTX1N6111US is one of them and can be used in various fields and applications. It is a silicon planar Zener TVS diode designed to protect I/O interfaces aimed towards the safety of electronic devices and components from the threat of transients.

The JANTX1N6111US features a low 5 picosecond pulse peak waveform and maximum power dissipation of 600mW, which makes it an ideal choice for high-speed interfaces and low noise regions. It offers an attractive combination of low failure rate, high peak pulse power and fast response times required for protecting data and signal lines in industrial, consumer and telecom applications.

Characteristic of JANTX1N6111US:

• RoHS compliant.
• Ultra-fast 5 picosecond pulse response.
• 350 W peak pulse power dissipation.
• 5.9 V low working voltage.
• High insulation height of 5 mm.
• Low leakage current of 1000 nA @10 V.
• 1500 W peak impulse current.

Working Principle: JANTX1N6111US is designed for protecting data and signal lines from the threat of transients. When an over-voltage is detected, the diode acts as a short across the circuit, safely dissipating the energy by means of a high-current, low-voltage break-down. This prevents the circuit from suffering the effects of the sudden surge of current.

Applications:

• Computer peripheral interfaces: USB, DVI, HDMI, Fire Wire, Serial ATA.
• Consumer mobile and wireless handheld products: digital cameras, MP3 players, cellular phones.
• Industrial and medical equipment: barcode scanners, laboratory equipment.

JANTX1N6111US is a highly reliable TVS diode designed to take the heat out of transient events. It offers an impressive combination of low failure rate, fast response time, and efficient power dissipation to ensure the safety of I/O interfaces and other electronic components it is connected to. It is used in a variety of fields and applications ranging from consumer and industrial to telecom.

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