TVS Array
Overview
Microsemi's TVS Arrays Array families protect complex and sensitive circuitry against voltage spikes that originate from electrostatic discharge (ESD), induced lightning and inductive load switching. There are a number of different possibilities for protecting single and multiple lines against positive going spikes (uni-directional protection) and both positive and negative going strikes (bi-directional protection).All the TVS arrays provide protection from transients caused by Electrostatic Discharge (ESD) as defined in :IEC 61000-4-2 and also protection against Electrical Fast Transients as defined in IEC 61000-4-4. They also provide some secondary lightning protection.
Resources
- TVSarray Selector and Design Guide
- Micronote 100 - MicroNote Index and Summary
- Micronote 101 - A Primer on TVS Devices
- Micronote 102 - An Introduction to TVS Devices
- Micronote 103 - What is a TVS?
- Micronote 104 - Using the Power vs Time Curve
- Micronote 105 - What is a Thyristor Surge Protector Device
- Micronote 106 - Crowbars and Clamps
- Micronote 107 - Cross Referencing TVS Devices
- Micronote 108 - Determining Clamping Voltages for Pulse Currents
- Micronote 109 - Protecting from ESD
- MicroNote 110: Parasitic Capacitance in TVS
- Micronote 111 - Parasitic Lead Inductance in TVS
- Micronote 112 - Series Stacking TVS devices for Higher Current
- Micronote 113 - Parallel Stacking TVS devices for Higher Current
- Micronote 114 - Derating TVS devices for Higher Junction Temp
- Micronote 115 - Derating TVS at Elevated Temp for varying Pulse Widths
- Micronote 116 - Protection at a Transformer
- Micronote 117 - Protecting USB Data I/O Ports
- Micronote 118 - TVS/Chip Product Overview
- Micronote 120 - Selecting TVS with PPP and Waveform Considerations
- Micronote 121 - Protecting Data I/O ports with TVSArrays
- Micronote 122 - Transient Protection across High Data Rate & RF Lines
- Micronote 123 - Effective use of Space Saving TVSArrays
- Micronote 125 - How to Select a Transient Voltage Suppressor
- Micronote 126 - Lightning Protection for Aircraft per RTCA/DO-160D for ARINC 429 Protocol
- Micronote 127 - Lightning Protection for Aircraft Electrical Systems
- Micronote 128 - Unidirectional/Bi-Directional TVS Differences
- Micronote 129 - Upscreening Commercial TVS Diodes for Avionics and Robust Environments or Applications
- Micronote 130 - Overall TVS Selection
- Micronote 132 - Aircraft Lightning Protection/DIRECTselect Method
- MicroNote 133: Repetitive Surge on Transient Voltage Suppressors
- Micronote 134 - Zeners and TVSs: Can Either Device Be Used For The Same Applications
- Micronote 135 - Failure Mechanisms For Transient Voltage Suppressors
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