Microchip Technology ATF22LV10C-10PU

ATF22LV10C-10PU Overview
Type Through Hole mounts the PLD stock.EE PLD is the programmable type of PLD Programmable logic device?.As a result of Programmable logic array's performance-cost ratio, 22V10 Series is one of the best values available today.Electronics manufacturers use the 24-DIP (0.300, 7.62mm) because of Programmable logic array's package.A Tube-material can be used for Programmable array logic's Packaging.A voltage input is provided for 3.3V.In 10 macro cells, there is always something to do.ATF22LV10C represents the largest part of the PLD stock.A mount is used to mount the PLD in the way of Surface Mount, Through Hole.The pin number of the Complex Programmable logic device remains 24.The PLD can still operate precisely at frequency 83.3MHz.At the present time, 85°C is the maximum working temperature.It should be warmer when operating than -40°C.Supply voltage must be 3V volts for it to operate.There is 5.5V supply voltage that can be used with Programmable logic controller.You can program Programmable logic array's 10 I/Os.There is always a source of 3.3V power going to the Complex Programmable logic device.The 10 inputs are embedded into the PLD.The termination has been programmed as 24.There is a Programmable Logic Devices subcategory for it.The Programmable logic device is supplied by 3.3/5V. 132 is the number of product terms.Several 10 outputs can be found.A maximum supply temperature of 90mA can be used.An example of 350 gates can be found here.

ATF22LV10C-10PU Features
Mounting type of Through Hole
Input voltage of 3.3V
Maximum temperature of 85°C
10 I/Os

ATF22LV10C-10PU Applications
There are a lot of Microchip Technology ATF22LV10C-10PU PLDs (Programmable Logic Device) applications.

Microcomputer systems
Various types of power-limited applications
Electrically Devices
High-end communication equipment
Battery operated devices
High performance applications
High-speed Devices
high-performance microcomputer systems
Highly complex logic
Low power applications