LCDA12C-8: 12 V Low-Capacitance, 8-Line TVS Array
The LCDAxxC-8 has been specifically designed to protect sensitive components which are connected to data and transmission lines from over voltages caused by electrostatic discharge (ESD), electrical fast transients (EFT), and lightning.
Datasheets
- LCDA12C-8 Datasheet (PDF 175KB, 12/05)
Application Matrices
- TVS Applications Matrix - Telecom (PDF 50KB, 9/05)
- TVS Applications Matrix - Standards (PDF 49KB, 9/05)
- TVS Applications Matrix - Portables (PDF 53KB, 9/05)
- TVS Applications Matrix - Computers (PDF 53KB, 9/05)
Application Notes
- PCB Design Guidelines for ESD Suppression - SI99-01 (PDF 118KB, 4/08)
- Unidirectional and Bidirectional Operation - SI96-05 (PDF 35KB, 4/06)
- ESD Threat to Semiconductor Devices - SI96-11 (PDF 109KB, 4/08)
- TVS Peak Pulse Power vs. Pulse Duration - SI96-03 (PDF 49KB, 4/06)
- 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)
- Low Capacitance Devices - SI96-07 (PDF 40KB, 5/06)
- Calculating Transient Energy - SI97-02 (PDF 61KB, 4/08)
- What are TVS Diodes? - SI96-01 (PDF 59KB, 5/08)
- ESD Protection -SI96-12 (PDF 55KB, 4/08)
- TVS Diode Selection - SI96-02 (PDF 64KB, 4/08)
- Transient Immunity Standards: IEC 61000-4-x - AN96-07 (PDF 48KB, 4/08)
- Sources of Transients: Lightning - SI96-09 (PDF 61KB, 5/06)
- Disadvantage of On-Chip Transient Protection - SI97-04 (PDF 107KB, 4/08)
- TVS Power Derating vs. Temperature - SI96-04 (PDF 41KB, 4/06)




