Microchip Technology ATF16V8B-15JU

ATF16V8B-15JU Overview
The PLD stock is mounted using Type Surface Mount.The programmable type of PLD Programmable logic device? is EE PLD.The best value on the market can be found in 16V8 Series' performance-cost ratio.This 20-LCC (J-Lead) package is widely used in the electronics industry.The use of Tube-materials in Programmable array logic's Packaging is widespread.Programmable logic devices are always the case that 8 macro cells exist.The biggest part of the PLD stock is designated by the number ATF16V8B.In Surface Mount direction, the PLD is mounted.In the Complex Programmable logic device, 20 represents the pin number.When 62MHz frequency is used, it still functions precisely.Current maximum working temperatures are 85°C.In Programmable logic device's operation, it should be warmer than -40°C.Only 4.5V volts will work with Programmable logic controller.The PLD can only be operated with a 5.5V supply voltage.There are programmable 8 I/Os on the board.Whenever the Complex Programmable logic device is powered, Programmable logic devices are powered from 5V.The PLD has dedicated inputs for 8.Programming has included a 20 termination.It can be categoriProgrammable Logic Devicesed under the Programmable Logic Devices subcategory.The Programmable logic device is supplied by 5V.The number of terms associated with a product is 64.In total, there are numerous 8 outputs.It requires 5V voltage to operate.The maximum supply temperature it can handle is 80mA.Many applications can be served by the Programmable logic device, since it can be powered by any Supply Voltage of 55mA.Gates with 250 numbers exist.

ATF16V8B-15JU Features
Mounting type of Surface Mount
Maximum temperature of 85°C
8 I/Os

ATF16V8B-15JU Applications
There are a lot of Microchip Technology ATF16V8B-15JU PLDs (Programmable Logic Device) applications.

Industrial
Programmable Logic Devices
Electrically Devices
Battery operated devices
High-speed Devices
Microcomputer systems
Various types of power-limited applications
Low power applications
Highly complex logic
high-performance microcomputer systems