PIC17C44-16/PT

The PIC17C44-16/PT is an 8‑bit Microchip PIC microcontroller from the PIC17C family, intended for embedded control tasks. It combines a compact CPU with on‑chip program memory and data RAM, plus I/O pins and a set of common peripherals. The “-16/PT” suffix indicates a specific speed/package variant; exact memory size, I/O count and peripheral set vary by subpart, so refer to the datasheet for the precise device.
Key points to check in the datasheet:
- Program memory size and type (ROM/EPROM/FLASH) and RAM size
- I/O pin count and port features
- Timers and watchdog options
- Available on‑chip peripherals (may include serial interfaces, A/D, CCP, etc.) depending on subpart
- Supply voltage range and maximum clock speed
- Package type and temperature rating
Development basics:
- Toolchain: MPLAB X IDE with a PIC programmer/debugger (e.g., PICKit)
- Languages: PIC assembly or C
- Programming via ICSP
Typical uses:
- Small embedded control tasks in consumer electronics, appliances, and basic automotive/sensor applications.
For exact specs, consult the Microchip PIC17C44-16/PT datasheet and packaging details.

16-pin Plastic DIP (DIP-16), through-hole package. The -PT suffix denotes Plastic DIP packaging.

Pin count: 40 pins. Function: 8‑bit Microcontroller (PIC17C44) in a 40‑pin plastic DIP (PT) package, with on‑chip program ROM/RAM and standard peripherals for embedded control.

- Manufacturer: Microchip Technology Inc.
- Company type: American multinational semiconductor company (an integrated device manufacturer, IDM) that designs and manufactures microcontrollers (PIC family), memory, and analog ICs.

Applications of PIC17C44-16/PT include:
- Industrial and process control (sensors, small PLCs, counters)
- Automotive instrumentation and dashboards
- Home appliances and consumer electronics (controls, timers)
- Power supplies and battery-powered devices (regulation/monitoring)
- Data acquisition and instrumentation (sensor interface)
- Motor control and robotics (PWM, speed/position sensing)
- User interfaces and timing-critical control tasks