• C Compiler optimized architecture
• Self-programmable under software control
• Support for Interrupt Priority Levels
• 8x8 Single-Cycle Hardware Multiplier
• Enhanced Watchdog Timer with a programmable period
• USB v2.0 compliant interface
• Supports both Low Speed and Full Speed operation
• Supports Control, Interrupt, Isochronous and Bulk transfer
• Up to 16 Endpoints (or up to 8 bidirectional)
• Automatic detection of physical connection to USB host
• 256-byte Dual Access RAM
• Can be internally clocked up to 48MHz
• Supplies frequencies from 31KHz to 16MHz
• Can be user-adjusted for frequency drift
• Can be used with External or Internal Oscillators
• Allows for safe shutdown during oscillator failure
• Up to 5 PWM Outputs
• Programmable dead time, auto shutdown/restart
• Supports all modes of 3-wire SPI
• I2C™Compatible Master and Slave modes with address masking
• Supports RS-485, RS-232, and LIN 2.0
• Can acquire & convert samples automatically
• Can operate in sleep mode
• Rail to Rail operation
• Independent input multiplexing
• Robust GPIO with 25mA sink/source current
• Can be used with Comparators or ADC
• 1.8 to 5.6V Operating Range
• Software Programmable Brown-out Reset feature
• Four power-managed operating modes
• Two-speed clock startup option

The PIC18F14K50 brings advanced features and exceptional value to the embedded USB market. This low cost PIC® Microcontroller features a full speed USB 2.0 compliant interface that can automatically change clock sources and power levels upon connection to a host, making it an exceptional device for battery-powered applications. The addition of mTouch(TM) touch sensing compatibility, a 10-bit ADC, motor control PWMs, and a host of serial interfaces make the PIC18F14K50 the perfect device to "Just add USB" to any application.

USB Application Design Center

• A debug header is required for this device

• Part Numbers: AC244023 (F) / AC244024 (LF)

• Debug and programming support is available via PICkit™ 3, and MPLAB® ICD 3

• For Debug Header information, please refer to DS51292