Lattice Semiconductor Corporation LC4384V-5TN176I

LC4384V-5TN176I Overview
This network has 384macro cells, which are cells that provide radio coverage provided by a high-power cell site (tower, antenna, mast).It is embedded in the 176-LQFP package.There are 128 I/Os on the board.176terminations are programmed into the device.QUADis the terminal position of this electrical part.An electrical supply voltage of 3.3V is used to power it.The part is included in Programmable Logic Devices.It is recommended that the chip be packaged by Tray.The temperature at which it operates is set to -40°C~105°C TJin order to ensure its reliability.It is recommended that Surface Mountholds the chip in place.The ispMACH? 4000Vseries FPGA is one of these types.It is programmed with 176 pins.If you use this device, you will also find [0].The LC4384shows its related parts.In order to maintain high efficiency, the supply voltage should be maintained at [0].In order to store data, EEPROMis used.A Surface Mountis mounted on this electronic component.There are 176 pins on the device.A maximum voltage of 3.6Vis required for operation.The minimal supply voltage is 3V.There are 48 programmable I/Os, which are method of data transmissions, via input/output (I/O), between a central processing unit (CPU) and a peripheral device, such as a network adapter or a Parallel ATA storage device. There should be a lower maximum frequency than 322MHz.A total of 4dedicated inputs are available for the purpose of detecting input signals.There are 24 logic elements/cells to form a fundamental building block.

LC4384V-5TN176I Features
176-LQFP package
128 I/Os
The operating temperature of -40°C~105°C TJ
176 pin count
176 pins

LC4384V-5TN176I Applications
There are a lot of Lattice Semiconductor Corporation LC4384V-5TN176I CPLDs applications.

I/O expansion
D/T registers and latches
Complex programmable logic devices
Custom shift registers
Programmable power management
Boolean function generators
ON-CHIP OSCILLATOR CIRCUIT
Interface bridging
Address decoding
Digital systems