Manufacturer Part Number
LM2936HVBMAX3.3
Manufacturer
Texas Instruments
Introduction
The LM2936HVBMAX3.3 is a low-dropout (LDO) linear voltage regulator designed for power management applications. It supports up to 60V input voltage and provides a stable 3.3V output.
Product Features and Performance
Output Configuration: Positive
Fixed Output Voltage: 3.3V
Maximum Input Voltage: 60V
Maximum Voltage Dropout: 0.4V at 50mA load
Output Current: 50mA
Low Quiescent Current: 15 µA
Maximum Supply Current: 2.5 mA
Power Supply Rejection Ratio (PSRR): 60 dB at 120 Hz
Control Features: Includes Shutdown functionality
Product Advantages
High input voltage capability up to 60V
Very low dropout voltage, suitable for low voltage applications
Minimal quiescent current ideal for battery-powered devices
Built-in protection features enhance product reliability
Key Technical Parameters
Voltage Input (Max): 60V
Voltage Output (Min/Fixed): 3.3V
Current Output: 50mA
Voltage Dropout (Max): 0.4V @ 50mA
PSRR: 60dB (120Hz)
Current Quiescent (Iq): 15 µA
Current Supply (Max): 2.5 mA
Quality and Safety Features
Over Temperature Protection
Reverse Polarity Protection
Short Circuit Protection
Compatibility
Compatible with various applications requiring a 3.3V supply voltage
Fits in an 8-SOIC package allowing for compact PCB design
Application Areas
Automotive systems
Battery-powered devices
Portable electronics
Industrial controls
Product Lifecycle
Product Status: Last Time Buy
Indication of discontinuation, suggesting to look for replacements or upgrades in similar models from Texas Instruments.
Several Key Reasons to Choose This Product
Capable of handling high input voltages up to 60V, ensuring versatility across different power sources
Extremely low dropout voltage allows for efficient use in power-sensitive applications
Embedded protection features offer enhanced reliability and longevity
Low current consumption aids in extending battery life in portable applications
Available in a small footprint 8-SOIC package which is beneficial for space-constrained applications