onsemi

ESD7361HT1G

ESD7361HT1G Description

The ESD7361HT1G is a TVS diode manufactured by onsemi, designed for general-purpose applications. This surface-mount device features a peak pulse current of 16A (100ns), capacitance of 0.55pF at 1MHz, and a minimum breakdown voltage of 16.5V. The ESD7361HT1G has a typical clamping voltage of 34V at peak pulse current and a reverse standoff voltage of 5V. This Zener diode is packaged in a SOD323 package and is available in tape and reel packaging.

ESD7361HT1G Features

• 16A peak pulse current (100ns)
• 0.55pF capacitance at 1MHz
• Minimum breakdown voltage of 16.5V
• Typical clamping voltage of 34V at peak pulse current
• Reverse standoff voltage of 5V
• Surface-mount packaging
• SOD323 package
• Tape and reel packaging
• General-purpose applications
• Zener diode type
• 1 unidirectional channel
• EAR99 ECCN
• REACH unaffected
• RoHS3 compliant
• Moisture sensitivity level 1 (unlimited)

ESD7361HT1G Applications

The ESD7361HT1G is ideal for general-purpose applications where protection against voltage transients is required. Some specific use cases include:

1. Consumer electronics: Protecting sensitive components in smartphones, tablets, and other portable devices from voltage spikes.
2. Industrial equipment: Providing voltage protection for control systems and sensors in industrial machinery.
3. Automotive electronics: Protecting electronic control units and sensors in vehicles from voltage transients.
4. Telecommunications: Ensuring reliable operation of communication equipment by protecting against voltage surges.

Conclusion of ESD7361HT1G

The ESD7361HT1G is a versatile TVS diode designed for general-purpose applications. Its high peak pulse current, low capacitance, and robust voltage protection make it an excellent choice for protecting sensitive electronic components from voltage transients. While the ESD7361HT1G is now considered obsolete, its unique features and performance benefits make it a valuable option for applications where voltage protection is critical.