Featured Core Independent Peripherals Product Families

Superset

Device

Pins

Flash/RAM

Family Range

Intelligent Analog

(Max)

Timers/PWM

(Max)

Comms

(Max)

Core Independent

Peripherals (Max)

Additional

Features

PIC16F527

20

1.5 KB

68B

Comp (2), Op amp (2),

8-bit ADC (8)

8-bit (1)

–

–

EEPROM

PIC16F570

28

3 KB

64B

Comp (2), Op amp (2),

8-bit ADC (8)

8-bit (1)

–

–

EEPROM

PIC16F753

8–14

1.75–3.5 KB

64–128B

Comp (2), Op amp (2),

10-bit ADC (8), 9-bit DAC (1),

Slope Comp

8-bit (3), 16-bit (1),

PWM (1)

–

–

HV Shunt,

High-current

I/O

PIC16F1709

25–20

3.5–14 KB

256–1 KB

Comp (2), Op amp (2),

10-bit ADC (12), ZCD

8-bit (4), 16-bit (1),

PWM (4)

EUSART (1),

CLC (3), COG

Peripheral

Pin Select

PIC16F1719

28–40

7–28 KB

512–2 KB

Comp (2), Op amp (2),

10-bit ADC (28), ZCD

8-bit (4), 16-bit (1),

PWM (4)

EUSART (1),

CLC (4), COG, NCO

Peripheral

Pin Select

PIC16F1789

28–40

3.5–28 KB

256–2 KB

Comp (4), Op amp (2),

12-bit ADC (14), 8-bit DAC (4)

8-bit (4), 16-bit (1),

PWM (7)

EUSART (1),

PSMC (4)

EEPROM

5

8-bit PIC®Microcontroller Solutions

www.microchip.com/intelligentanalog

Intelligent Analog

Microchip’s Intelligent Analog solutions help you

reduce your component count to design smaller, more

cost-effective boards. You will benefit from simplified,

higher-performance designs and easier procurement of

components. In addition, using the MCU’s programmable

analog interconnects and programmability offers you

increased flexibility and analog topology agility.

The following Analog Peripherals have been integrated to

simplify you next design:

Integrating these basic building blocks into the

microcontroller offers increased flexibility and reliability

while reducing BOM costs and board space.

available in the PIC MCU lineup for many years. We

now offer feature-rich high speed (50 nS) variants to

enable faster response and more efficient closed-loop

feedback designs.

Source pins with the ability to sink/source 50 mA enable

direct MOSFET drive from the microcontroller.

Within the 8-bit portfolio we provide a wide range of

resolution and speed grades available to meet most

embedded requirements.

detect when an A/C signal crosses ground (0V when

referenced to the rest of the system). Common uses

include A/C period measurement and TRIAC control

applications. It can also be used as part of an algorithm

to help determine optimal periods when switching

should occur to reduce application EMI.

performs the slope compensation function for Peak

Current Mode power supplies.

Development Tools

F1 PSMC 28-pin Evaluation Board (DM164130-10)

the PIC16F1783

application development

PICDEM™ Lab Development Kit (DM163045)

20-pin parts

architectures

labs, and application examples

PIC MCUs with Intelligent Analog