TIBPAL16L8-10CN Overview

Mounting is done with the Type Through Hole method.It has a type of PLD Programmable logic device? of PAL programmable.IMPACT-X? PAL? Series provides the best value on the market in terms of performance-cost ratio.The 20-DIP (0.300, 7.62mm)'s package makes it a popular choice for electronics.Programmable array logic's Packaging is made with Tube-materials.In the PLD stock, TIBPAL16L8 corresponds to the largest part.A mount is used to mount the PLD in the way of Through Hole.20 remains the pin number for the Complex Programmable logic device.When Programmable logic devices are operated at 62.5MHz frequency, it continues to function accurately.Programmable logic devices are currently possible to work at a maximum temperature of 75°C.When Programmable logic device is operating, it should be warmer than 0°C.4.75V volts is the only voltage it can work with.It can only work with a 5.25V Supply Voltage.A programmable 6 I/O is available on this board.Power is always provided by 5V.Inputs dedicated to 10 are embedded in the PLD.The termination has been programmed as 20.Programmable Logic Devices subcategory can be applied to it.5V is the Programmable logic device's supply.The number of terms associated with a product is 64.2 outputs are numerous.5V voltage is needed to operate it.20 pins on the board are used for specific purposes.At most, it can operate at a temperature of 220mA.Several applications can be performed with the Programmable logic device, thanks to Programmable logic array's ability to operate at any Supply Voltage of 180mA.

TIBPAL16L8-10CN Features

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

TIBPAL16L8-10CN Applications

There are a lot of Texas Instruments TIBPAL16L8-10CN PLDs (Programmable Logic Device) applications.

• High-end communication equipment
• Software
• Programmable Logic Devices
• Highly complex logic
• high-performance microcomputer systems
• Various types of power-limited applications
• Industrial
• Low power applications
• Battery operated devices
• High performance applications