1. Product Description & Purpose

️· Type: Transient Voltage Suppression (TVS) diode array.
️· Function: Protects circuits from voltage transients (spikes, surges).
️· Part Numbers: The document covers the following part numbers: USB0403C, USB0405C, USB0412C, USB0415C, and USB0424C.
️· Compliance: Complies with ISO 9001 certification.

2. Key Features & Specifications (Generalized - Values vary by specific part number)

️· Bidirectional: The devices are designed to protect against voltage surges from either polarity.
️· Low Clamping Voltage: Helps protect sensitive circuits.
️· Fast Response Time: React quickly to transient events.
️· Wide Operating Temperature Range: Suitable for various environmental conditions.
️· See table below for specific electrical characteristics:

3. Electrical Characteristics (Specific Values - Table Summary)

Part Number	V<sub>WM</sub> (Max. Working Voltage)	V<sub>C</sub> (Clamping Voltage) @ I<sub>P</sub>	I<sub>P</sub> (Peak Pulse Current)	I<sub>F</sub> (Forward Current)
USB0403C	3.3	4	8	11	200	5	-5
USB0405C	5.0	6.0	10.8	13	100	5	3
USB0412C	12.0	13.3	19	26	1	5	10
USB0415C	15.0	16.7	25	32	1	5	13
USB0424C	24.0	26.7	44	57	1	5	30

Note: The values in the table vary significantly depending on the specific part number. "V_WM" represents the maximum continuous working voltage, "V_C" is the clamping voltage at the specified peak pulse current, "I_P", and "I_F" is the forward current.

4. Physical Dimensions & Packaging

️· Detailed dimensional diagrams with inch and millimeter measurements are provided, covering dimensions like "A," "B," "C," "D," "E," "F," "G," "H," "I," and "J."
️· This outlines the physical size of the TVS diode array.

5. Waveform Diagram

️· A diagram illustrates the characteristics of a Pulse Wave Form used for testing purposes. (Peak Value & Half Value)



Important Considerations:

️· Specific Part Number Selection: Carefully select the appropriate part number based on the voltage protection requirements of the circuit being protected.
️· Datasheet Review: This summary is based on the provided text. Always refer to the full datasheet for detailed specifications, test conditions, and application notes.
️· Application Notes: Application notes (not provided here) would likely offer guidance on proper circuit integration and best practices.