SN74LVT574DWR Overview

20-SOIC (0.295, 7.50mm Width)is the way it is packaged. Package Tape & Reel (TR)embeds it. This output is configured with Tri-State, Non-Inverted. This trigger is configured to use Positive Edge. There is an electric part mounted in the way of Surface Mount. With a supply voltage of 2.7V~3.6V volts, it operates. In the operating environment, the temperature is -40°C~85°C TA. The type of this D latch is D-Type. This type of FPGA is a part of the 74LVT series. It should not exceed 150MHzin its output frequency. The element count is 1 . There is 190μA quiescent consumption. There are 20 terminations,The 74LVT574 family contains it. An input voltage of 3.3Vpowers the D latch. This JK flip flop has a 4pFfarad input capacitance. In terms of electronic devices, this device belongs to the LVTfamily of devices. In this case, the electronic component is mounted in the way of Surface Mount. The electronic flip flop is designed with pins 20. Edge triggering is a type of triggering that allows a circuit to become active at the positive edge or the negative edge of the clock signal. The clock edge trigger type of this device is Positive Edge. This device has the base part number Bus Driver/Transceiver. The flip flop is designed with 8bits. Normal operation requires a supply voltage (Vsup) above 2.7V. Despite its superior flexibility, it relies on 8 circuits to achieve it. A reliable performance of this D flip flop makes it well suited for use in TR. A D flip flop with 2embedded ports is available. If high efficiency is to be achieved, the supply voltage should be maintained at 3.3V. There are 3 output lines on it.

SN74LVT574DWR Features

Tape & Reel (TR) package
74LVT series
20 pins
8 Bits

SN74LVT574DWR Applications

There are a lot of Texas Instruments SN74LVT574DWR Flip Flops applications.

• Control circuits
• Balanced Propagation Delays
• 2 – Bit synchronous counter
• Functionally equivalent to the MC10/100EL29
• Latch-up performance
• ESCC
• Frequency Divider circuits
• Load Control
• Reduced system switching noise
• Buffer registers