TIBPAL16L8-25CN Overview

Type Through Hole mounts the PLD stock.It has a type of PLD Programmable logic device? of PAL programmable.IMPACT-X? PAL? Series has the best performance-cost ratio available.Programmable logic array's 20-DIP (0.300, 7.62mm) package makes it an extremely popular Complex Programmable logic device in the electronics industry.Materials from Tube are used to make the packaging.TIBPAL16L8 stands for the biggest part of the PLD stock.A mount is used to mount the PLD in the way of Through Hole.Pin number 20 remains the same for the Complex Programmable logic device.The 30MHz frequency still allows it to function precisely.Programmable logic devices are currently 75°C degrees Celsius that can be used as a maximum working temperature.It should be warmer when operating than 0°C.A supply voltage of 4.75V volts is necessary for it to function.Only 5.25V Supply Voltage will work with Programmable logic controller.Programmable 6 I/Os are included.There is always a source of 5V power going to the Complex Programmable logic device.Inputs are dedicated to 10 on this board.The termination is set to 20.There can be a subcategory Programmable Logic Devices applied to it.There are 5V supplies in the Programmable logic device.The number of terms associated with a product is 64.The 2 outputs are numerous.There is a requirement for 5V voltage in order to make it work.A board with 20 pins has specific purposes.As far as supply temperature is concerned, it can work with a maximum of 100mA.Having the ability to operate at any Supply Voltage of 100mA makes this Programmable logic device a great choice for a wide range of applications.

TIBPAL16L8-25CN Features

Mounting type of Through Hole
Maximum temperature of 75°C
6 I/Os

TIBPAL16L8-25CN Applications

There are a lot of Texas Instruments TIBPAL16L8-25CN PLDs (Programmable Logic Device) applications.

• Electrically Devices

• Battery operated devices

• Programmable Logic Devices

• Microcomputer systems

• Power-limited applications

• Highly complex logic

• High-speed Devices

• Various types of power-limited applications

• Low power applications

• High performance applications

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