74ALVCH32374ZKER Overview

It is packaged in the way of 96-LFBGA. The package Tape & Reel (TR)contains it. It is configured with Tri-State, Non-Invertedas an output. In the configuration of the trigger, Positive Edgeis used. Surface Mountis occupied by this electronic component. A voltage of 1.65V~3.6Vis used as the supply voltage. A temperature of -40°C~85°C TAis used in the operation. D-Typeis the type of this D latch. In terms of FPGAs, it belongs to the 74ALVCH series. A frequency of 150MHzshould be the maximum output frequency. In total, it contains 4 elements. There are 96 terminations, which are the practice of ending a transmission line with a device that matches the characteristic impedance of the line. The 74ALVCH32374 family contains it. The power source is powered by 1.8V. The input capacitance of this T flip flop is 3pF farads, which is defined as the capacitance between the input terminals of an op amp with either input grounded. It is a member of the ALVC/VCX/Afamily of D flip flop. It is mounted in the way of Surface Mount. The 96pins are designed into the board. This device exhibits a clock edge trigger type of Positive Edge. This part is included in FF/Latches. An electronic part with 32bits has been designed. Vsup reaches 3.6V, the maximal supply voltage. The supply voltage (Vsup) should be kept above 1.65V for normal operation. As a result of its reliable performance, this T flip flop is suitable for TR. It operates from 3.3V power supplies. The D flip flop is embedded with 2ports. There are 8 output lines in this JK flip flop. It consumes a total of 80μA quiescent current at any given time.

74ALVCH32374ZKER Features

Tape & Reel (TR) package
74ALVCH series
96 pins
32 Bits
3.3V power supplies

74ALVCH32374ZKER Applications

There are a lot of Texas Instruments 74ALVCH32374ZKER Flip Flops applications.

• Instrumentation
• ESD performance
• Single Up Count-Control Line
• Balanced 24 mA output drivers
• Individual Asynchronous Resets
• Circuit Design
• Data Synchronizers
• Balanced Propagation Delays
• Communications
• Frequency Divider circuits