✅ Precision PWM controller with oscillator and soft-start

✅ Wide supply voltage range: 8V to 35V

✅ Adjustable dead-time and frequency

✅ Dual totem-pole outputs – suitable for push-pull, half-bridge, or full-bridge converters

✅ Built-in under-voltage lockout (UVLO)

✅ Current limiting and thermal shutdown capabilities

✅ DIP-16 or SMD-16 package options

✅ Ideal for SMPS, inverter circuits, battery chargers, and solar applications

Stable 9V Output: Converts input voltages (typically 11V to 35V) to a stable 9V output.

3-Pin Easy Setup: Simple 3-pin design (Input, Ground, Output) for easy integration into your circuits.

Thermal Protection: Integrated thermal overload protection to prevent overheating and ensure long-lasting performance.

Short-Circuit Protection: Built-in short-circuit protection for enhanced reliability.

Wide Input Voltage Range: Works with input voltages from 11V to 35V, offering flexibility for different power sources.

Low Dropout Voltage: Suitable for applications where the input voltage is close to 9V.

Common Applications: Ideal for powering audio equipment, sensors, microcontrollers, and other devices that require a stable 9V supply.

🌈 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.

High Output Power:
4×10W (4-channel mode) or 2×30W (bridge mode)

Class-AB Audio Amplifier:
Low distortion and clean sound quality

Wide Operating Voltage:
8V to 18V DC (12V recommended)

Built-In Protection:
Thermal shutdown, short-circuit protection, and overload protection

Versatile Application:
Suitable for car amplifiers, home audio systems, multimedia speakers, and DIY projects

High Stability & Reliability:
Performs smoothly at high volumes with proper heat dissipation

Compact 15-Pin Multiwatt Package:
Easy to install and ideal for custom amplifier designs

🌈 Powerful Audio Performance
Provides strong and clear sound output for audio amplifier projects.

🎧 True Stereo Output
Supports dual channel (Left & Right) audio for a rich stereo listening experience.

⚡ Bridge Mode Capability
Can be configured in bridge mode to achieve higher power output.

🔊 Crystal Clear Sound
Designed for low distortion and smooth audio quality.

🔋 Wide Voltage Support
Works efficiently with 9V – 18V DC power supply.

🛠 Easy to Use
Simple SIP package design allows quick installation and soldering.

🧩 Versatile Applications
Perfect for DIY amplifiers, speaker systems, and electronic repairs.

💎 Durable & Reliable
High-quality build ensures long-lasting and stable performance.

Decade Counter: Counts from 0 to 9 in a sequential manner, resetting automatically after reaching 9.

10 Output Pins (Q0 to Q9): Each output pin is activated sequentially, with one output active at a time based on the clock input.

Low Power Consumption: Operates with low power, making it suitable for battery-powered projects.

Easy to Use: Simple connection with a clock pulse input and a reset pin to control the counting sequence.

Wide Supply Voltage Range: Operates with a supply voltage from 3V to 15V, making it flexible for various power sources.

Fast Counting Speed: Capable of counting at high speeds, depending on the clock frequency.

Versatile Applications: Perfect for sequential control of LEDs, stepper motors, timing circuits, frequency dividers, and more.

Reset Function: The reset pin allows for manual or automatic resetting of the counter to zero.