LC4384V-10T176I Overview

There are 384 macro cells, which are cells in a mobile phone network that provides radio coverage served by a high-power cell site (tower, antenna or mast).It is embedded in the 176-LQFP package.It is programmed with 128 I/Os.There are 176 terminations, which are the practice of ending a transmission line with a device that matches the characteristic impedance of the line.The terminal position of this electrical part is QUAD, which serves as an important access point for passengers or freight.It is powered from a supply voltage of 3.3V.This part is included in Programmable Logic Devices.It is packaged in the way of Tray.It operates with the operating temperature of -40°C~105°C TJ to ensure its reliability.It is mounted in the way of Surface Mount.It is a type of FPGA belonging to the ispMACH® 4000V series.It is equipped with 176 pin count.It is also characterized by YES.According to the LC4384, its related parts can be found.The supply voltage should be maintained at 3.3V for high efficiency.EEPROM is adopted for storing data.This electronic part is mounted in the way of Surface Mount.It is designed with 176 pins.It operates with the maximal supply voltage of 3.6V.It operates with the minimal supply voltage of 3V.There are 24 logic elements/blocks, which are fundamental building blocks of field-programmable gate array (FPGA) technology.There are 56 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. The frequency that can be achieved is 125MHz.Its basic building block is composed of 36 logic blocks (LABs).There are 4 dedicated inputs used to detect the status of input signals.

LC4384V-10T176I Features

176-LQFP package
128 I/Os
The operating temperature of -40°C~105°C TJ
176 pin count
176 pins
36 logic blocks (LABs)

LC4384V-10T176I Applications

There are a lot of Lattice Semiconductor Corporation
LC4384V-10T176I CPLDs applications.

• Power up sequencing
• Voltage level translation
• Timing control
• Interface bridging
• I/O expansion
• Discrete logic functions
• Bootloaders for FPGAs
• Address decoders
• Custom state machines
• Digital systems