SN74LV06APWRG4

Logic - Gates and Inverters: SN74LV06APWRG4 Application Field and Working Principle

The SN74LV06APWRG4 is a High-Performance, Low-Voltage, 6-Input CMOS Logic Gate. It is designed to provide mixed voltage operation with low power consumption and is suitable for 3.3V and 5V systems. It is made from a low-power CMOS process with embedded protection diodes for ESD protection up to ±2KV. The package used is either a thin small-outline package (TSOP) or DIP-DPP, making it ideal for space-saving applications.

Key Features

• Operating voltage (VCC): -0.5V - 7V
• Low active power dissipation: 0.75mW/gate
• TTL and CMOS compatible inputs
• Outputs modified to Sink or Source 24mA
• Total propagation delay time: 4ns (max)
• Circuit protection up to ±2KV HBM ESD protection

Application Field

The SN74LV06APWRG4 is designed for a wide range of applications, including power electronic equipment, communication systems, medical electronic devices, consumer electronics, automotive, computing applications, and industrial control systems. It is also suitable for signal and power distribution application.

Working Principle

The SN74LV06APWRG4 consists of 6-input logic gates with an open-drain output. All input pins must be connected for the gate to work. The logic is high-performance CMOS logic family logic. The output is modified to either Sink or Source 24mA with the output switchable to provide additional flexibility.

The operational range is wide, allowing it to be used in high-performance systems or low-power applications. In logic state 0 (Low), the output is connected to ground and in logic state 1 (High), the output is pulled up to VCC. The propagation delay is 4ns (maximum). For power saving, the operating voltage range can be reduced as low as -0.5V with very low power consumption.

The SN74LV06APWRG4 gate has embedded protection diodes to protect against Electrostatic Discharge (ESD). This provides protection up to ±2KV. The ESD protection circuit is designed in a fail-safe mode, ensuring that it does not damage the device under normal working conditions.