ATF16V8C-7PU Overview
The PLD stock is mounted using Type Through Hole screws.It has the programmable type of PLD Programmable logic device? EE PLD.As far as performance-cost ratio is concerned, 16V8 Series is the best value on the market.Programmable logic devices are widely used in the electronics industry due to Programmable logic array's 20-DIP (0.300, 7.62mm) package.Programmable logic devices are used for Programmable array logic's Packaging to use Tube-materials.In a macro cell there is always a 8.There is a ATF16V8C-shaped section on the PLD stock that is Programmable logic array's biggest part.There is a Through Hole-mount for the PLD.Complex Programmable logic device 20 has the same pin number as before.The PLD can still operate precisely at frequency 125MHz.In the current state, 85°C is the maximum working temperature.A -40°C warm environment is required while the machine is in Programmable logic device's operation.4.5Vvolts is the only supply voltage it can handle.The PLD can only be operated with a 5.5V supply voltage.There are programmable 8 I/Os on the board.At all times, 5V powers the Complex Programmable logic device.Inputs are dedicated to 7 on this board.This PLD is programmed with a 20 termination.It can be categoriProgrammable Logic Devicesed under the Programmable Logic Devices subcategory.Programmable logic device 5V has 5V supplies.Product terms are represented by 64.Programmable logic devices are possible to output 8 in a number of ways.The Programmable logic device requires 5V voltage to operate.A maximum supply temperature of 130mA is possible.For many applications, the Programmable logic device can be powered by any Supply Voltage of 130mA.A 250 gate exists.
ATF16V8C-7PU Features
Mounting type of Through Hole
Maximum temperature of 85°C
8 I/Os
ATF16V8C-7PU Applications
There are a lot of Microchip Technology ATF16V8C-7PU PLDs (Programmable Logic Device) applications.
- Low power applications
- Industrial
- High-end communication equipment
- Microcomputer systems
- High-speed Devices
- Power-limited applications
- Highly complex logic
- Programmable Logic Devices
- Battery operated devices
- High performance applications
