Chip Varistors / Ceramic Transient Voltage Suppressors
AVRL161A3R3FTA
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Images are for reference only and show example products. 3D Model |
Size
Length(L) |
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Width(W) |
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Thickness | Height |
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Terminal Width(B) |
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Recommended Land Pattern (PA) |
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Recommended Land Pattern (PB) |
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Recommended Land Pattern (PC) |
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Electrical Characteristics
Varistor Voltage (Nom.) @ 1mA |
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Maximum Operating Voltage [DC] |
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Capacitance (Typ.) ? |
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Maximum Clamping Voltage [8/20μs] |
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Maximum Surge Current [8/20μs] |
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ESD Clamping Voltage [2kV] ? |
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ESD Clamping Voltage [8kV] ? |
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Energy Absorption |
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Other
Operating Temperature Range |
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Soldering Method |
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AEC-Q200 (Environment) |
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AEC-Q200 Electrical Transient Conduction (Pulse1) |
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AEC-Q200 Electrical Transient Conduction (Pulse2a) |
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AEC-Q200 Electrical Transient Conduction (Pulse2b) |
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AEC-Q200 Electrical Transient Conduction (Pulse3a) |
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AEC-Q200 Electrical Transient Conduction (Pulse3b) |
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AEC-Q200 ESD |
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Packing |
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Package Quantity |
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Weight per pc |
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Documents
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[Application Note] Recommended Products for Use with Class-D Amplifiers (Noise Suppression Filters, Inductors for LPFs, Chip Varistors)New
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[Solution Guide] TDMA Noise Countermeasures, Reception Sensitivity Improvement, and ESD (Electrostatic Discharge) Countermeasures in Microphone Lines, Using Noise Suppression Filters and Chip VaristorsNew
Characteristic Graph (This is reference data, and does not guarantee the products characteristics.)
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