TIBPAL16R6-7CFN

TIBPAL16R6-7CFN Overview

The PLD stock is mounted with Type Surface Mount screws.There is a programmable type of PLD Programmable logic device? called PAL.There is no better value on the market than IMPACT-X? PAL? Series in terms of performance and cost.Due to the 20-LCC (J-Lead)'s package, Programmable logic devices are widely used in the electronics industry.Programmable array logic's Packaging is made from Tube-materials.An Programmable logic device's input voltage of 5V is provided.TIBPAL16R6 represents the largest part of the PLD stock.Surface Mount is the direction in which the PLD is mounted.The pin number of the Complex Programmable logic device remains 20.The system can still function accurately at 100MHz frequency.Programmable logic devices are currently 75°C degrees Celsius that can be used as a maximum working temperature.When Programmable logic device is operating, it should be warmer than 0°C.It can only work with a Supply Voltage of 4.75V volts.Programmable logic devices are only compatible with 5.25V supply voltages.There are 2 programmable I/Os on this PLD.In order to power the Complex Programmable logic device at all times, a source of 5V must be used.A dedicated input for 8 is embedded in the PLD.Programmable logic devices are constructed with 20 terminations.Programmable Logic Devices subcategory can be applied to it.The supplies of the Programmable logic device is 5V.Product terms are represented by 64.Multiple 6 outputs exist.20 pins on the board are used for specific purposes.Among other features, POWER-UP RESET; REGISTER PRELOAD is one.

TIBPAL16R6-7CFN Features

Mounting type of Surface Mount
Input voltage of 5V
Maximum temperature of 75°C
2 I/Os

TIBPAL16R6-7CFN Applications

There are a lot of Texas Instruments TIBPAL16R6-7CFN PLDs (Programmable Logic Device) applications.

• Software
• High-end communication equipment
• Various types of power-limited applications
• Industrial
• Power-limited applications
• Electrically Devices
• High-speed Devices
• High performance applications
• Low power applications
• Microcomputer systems