Nexperia USA Inc. HEF4050BT,653

Nexperia USA Inc. HEF4050BT,653 Environmental and export classification status description

The Nexperia HEF4050BT,653 is a non-inverting hex buffer integrated circuit (IC) with high-to-low logic level shifting capabilities. It belongs to the HEF series of CMOS integrated circuits and is commonly used for level shifting applications. Functions: 1. Level shifting: The HEF4050BT,653 can shift high logic levels to low logic levels or vice versa. 2. Buffering: It can provide drive capability to improve signal integrity. 3. Noise immunity: It offers good noise immunity due to its CMOS technology. Applications: 1. Signal level shifting between components with different voltage levels. 2. Buffering signals to prevent loading effects in digital circuits. 3. Noise-tolerant applications due to its intrinsic noise immunity. 4. Signal isolation or fan-out applications. Alternative components: 1. CD4050: Comparable hex non-inverting buffer IC. 2. SN74HC4050: High-speed CMOS hex buffer with similar functionality. 3. MC74VHCT4050A: Voltage-translating non-inverting hex buffer with CMOS technology. Embedded modules: The HEF4050BT,653 does not have embedded modules, as it is a standalone integrated circuit for level shifting and buffering purposes. Related Q&A: 1. Can the HEF4050BT,653 shift 5V logic signals to 3.3V logic signals? - Yes, the HEF4050BT,653 can safely shift logic levels between these voltage levels due to its wide input range. 2. Is the HEF4050BT,653 suitable for bidirectional level shifting? - No, the HEF4050BT,653 is a unidirectional buffer and does not support bidirectional level shifting. 3. What is the power supply voltage range for the HEF4050BT,653? - The HEF4050BT,653 typically operates within a range of 3V to 15V. 4. Can the HEF4050BT,653 be used for interfacing between 5V TTL and 3.3V CMOS devices? - Yes, the HEF4050BT,653 is suitable for such voltage level interfacing applications. 5. What is the maximum output current the HEF4050BT,653 can drive? - The HEF4050BT,653 can typically drive around 5-10 mA per output with a maximum of 25 mA for multiple outputs simultaneously.