A68064 Datasheet Jun 2026
The A68064 utilizes a 3-pin setup characteristic of the standard TO-220 package. Below is the standard structural layout from left to right when viewing the front face (labeled side) of the component with the pins pointing downwards:
at maximum rated voltage, ensuring that connected loads completely deactivate and do not experience partial biasing. Logic Thresholds
: Typically handles about 2 Watts of power.
When using the A68064 as a TRIAC, the following parameters are its most critical specifications for circuit design and replacement: a68064 datasheet
The A68064 excels in three common scenarios:
is a semiconductor component, most commonly identified as a high-performance N-channel MOSFET or a specialized latch driver IC , typically manufactured by (now part of Littelfuse). It is primarily housed in a TO-220 package
Standard DIP and SOIC packages cannot safely dissipate 2.4 Watts at elevated room temperatures without extensive copper ground planes. Engineers must cross-reference the datasheet's Thermal Resistance ( RθJAcap R sub theta cap J cap A end-sub The A68064 utilizes a 3-pin setup characteristic of
A68064 Datasheet: High-Performance Power Switching Component Overview
is a high-performance electronic component manufactured by , typically housed in a TO-220 package
The exposed metal tab is typically connected internally to the drain/collector, allowing for direct heat sinking to a chassis or heat sink, which is vital for high-power operations. 3. Technical Specifications When using the A68064 as a TRIAC, the
Obtain the official datasheet from the semiconductor vendor’s website or authorized distributors for complete electrical tables, timing diagrams, package drawings, recommended PCB layout, and full register descriptions.
A global control that turns all outputs on or off regardless of the latched data. Out 0 to Out 63: The 64 open-collector sink outputs. Common Applications
The 800V rating provides a significant safety margin for 240V/480V systems. Thermal Management: TO-220 package
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Because the A68064 serves as an obsolete or highly specialized industrial renewal part, it frequently appears across component cross-reference indices in a few distinct configurations:
