SLVU2.8-4: EPD TVS Diode Array for ESD and Latch-Up Protection
The SLV series of transient voltage suppressors are designed to protect low voltage, state-of-the-art CMOS semiconductors from transients caused by electrostatic discharge (ESD), cable discharge events (CDE), lightning and other induced voltage surges.
Datasheets
- SLVU2.8-4 Datasheet (PDF 212KB, 12/05)
Application Matrices
- TVS Applications Matrix - Standards (PDF 49KB, 9/05)
- TVS Applications Matrix - Telecom (PDF 50KB, 9/05)
Application Notes
- ESD Threat to Semiconductor Devices - SI96-11 (PDF 109KB, 4/08)
- Transient Immunity Standards: IEC 61000-4-x - AN96-07 (PDF 48KB, 4/08)
- PCB Design Guidelines for ESD Suppression - SI99-01 (PDF 118KB, 4/08)
- TVS Diode Loading Capacitance vs. Data Transmission Rate - SI96-08 (PDF 76KB, 4/08)
- Calculating Clamping Voltage at Different Peak Pulse Currents - SI97-03 (PDF 54KB, 4/06)
- Calculating Transient Energy - SI97-02 (PDF 61KB, 4/08)
- TVS Protection for Gigabit Ethernet - SI01-05 (PDF 139KB, 4/08)
- Sources of Transients: Lightning - SI96-09 (PDF 61KB, 5/06)
- Disadvantage of On-Chip Transient Protection - SI97-04 (PDF 107KB, 4/08)
- EPD Transient Voltage Suppressors for Low Voltage Electronics - SI96-06 (PDF 414KB, 4/08)
- TVS Peak Pulse Power vs. Pulse Duration - SI96-03 (PDF 49KB, 4/06)
- TVS Diode Selection - SI96-02 (PDF 64KB, 4/08)
- Unidirectional and Bidirectional Operation - SI96-05 (PDF 35KB, 4/06)
- 10/100 Ethernet Protection - SI98-02 (PDF 154KB, 4/08)
- Electrostatic Discharge (ESD) Protection for Ethernet Transceivers - SI97-01 (PDF 75KB, 4/08)
- What are TVS Diodes? - SI96-01 (PDF 59KB, 5/08)
- TVS Power Derating vs. Temperature - SI96-04 (PDF 41KB, 4/06)
- ESD Protection -SI96-12 (PDF 71KB, 5/08)




