🌈 Complete PWM Circuitry: All functions for pulse-width modulation control are integrated on a single monolithic chip.

🔄 Dual Output Modes: Supports both Single-Ended and Push-Pull operations, selectable via the output-control pin.

🛡️ Dead-Time Control (DTC): Built-in adjustable dead-time provides a safe buffer to prevent power transistor overlap and damage.

🧠 On-Chip Error Amplifiers: Includes two high-gain error amplifiers with a common-mode voltage range of $-0.3V$ to $V_{CC}-2V$.

⏱️ Adjustable Oscillator: Features a programmable internal oscillator with frequency control via external $R$ and $C$ components.

🛑 Double-Pulse Prevention: Internal flip-flop logic prevents double pulsing at the outputs during push-pull operation.

🔗 Easy Synchronization: The architecture allows for simple synchronization with other ICs for multi-rail power systems.

⚙️ Uncommitted Outputs: Dual output transistors can sink or source up to 200mA each, offering flexible drive options.

✅ Current-mode PWM controller with fast response

✅ Wide input voltage: 7V to 30V

✅ Low start-up current (0.5 mA typical)

✅ High oscillator frequency: up to 500 kHz

✅ Built-in UVLO (Under Voltage Lockout)

✅ Internal error amplifier and current sense comparator

✅ DIP-8 or SOP-8 package

✅ Perfect for SMPS, DC-DC converters, UPS, and motor drives

✅ Seven NPN Darlington pairs in a single IC

✅ High-voltage operation: up to 50V

✅ High current handling: up to 500mA per channel

✅ Built-in flyback diodes for protection against inductive loads

✅ Easy interfacing with low-level logic signals (e.g., microcontrollers)

✅ Commonly used in relay drivers, stepper motor control, and other power drivers

✅ Available in a 16-pin DIP or SOIC package

✅ Ideal for driving motors, relays, solenoids, and high-power actuators