The A68064 is typically housed in a , a standard plastic housing designed for efficient heat dissipation through an integrated metal tab. Typical Value / Range Manufacturer TECCOR (now part of Littelfuse) / Diodes Inc. Voltage Rating Up to 800V (Thyristor variant) Current Rating 10 Amps (Thyristor variant) Operating Temperature -40°C to 105°C (TA) Package Type Power Dissipation 625mW to 2 Watts (Depending on variant) Features and Applications
If you are looking for an official reference to check its precise pin configurations, thermal tolerances, and pulse-width modulation (PWM) performance, you can access the online technical documentation directly via this A68064 Datasheet PDF on Google Drive or explore alternate semiconductor indexes on ALLDATASHEET . 📋 Comprehensive Specifications Overview
: Detailed inventory and equivalents can be found at distributors like Veswin Electronics , Lisleapex Semiconductor , and Utsource .
: Lists inventory status and downloadable technical information. a68064 datasheet link
: There are websites dedicated to hosting datasheets for a wide range of electronic components. These archives can be a valuable resource when searching for datasheets of less commonly used parts.
Serves as a solid-state relay replacement, switching heavy inductive and resistive loads securely without physical contact wear.
The A68064 MOSFET is designed for high-power scenarios. Below are the key characteristics based on its typical application as a power switch: Teccor The A68064 is typically housed in a ,
The A68064 is an 800V, 10A, 2W N-channel MOSFET or SCR produced by Teccor, designed for high-power control and efficient switching, often housed in a TO-220 package. It is suitable for applications such as motor drivers and power supplies, requiring adequate thermal management and protective circuitry. For the full product details and datasheet, visit Lisleapex . A68064 Teccor - Xecor
To access the A68064 datasheet, follow these steps:
The fast propagation delay and dependable latching threshold of this component make it a preferred choice for several vital industrial layouts: 1. Motor Control Systems These archives can be a valuable resource when
-40°C to 105°C , fulfilling industrial-grade environmental resilience criteria. Pinout and Mechanical Configuration
For the switching and transistor variations, the device relies on a highly durable, three-terminal engineered for thermal dissipation.
