Microchip Technology Inc. PIC16F1613T-I/ST
3.5KB Flash, 256 RAM, 32MHz Int. Osc, 10bit ADC, ZCD, WWDT, CRC
Mfr. Part #: PIC16F1613T-I/ST / RS Stock #: 70537234
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Price
Qty.
Standard Price
2500
$1.84
25000
$1.74
125000
$1.65
250000
$1.56
Additional Inventory
Manufacturer Lead Time:
9 weeks
Estimated manufacturer lead time is for quantities greater than shown above.
Bulk pricing available
Product Specifications
Product Attribute
Attribute Value
Search
ADC Resolution
10 bit
Architecture
RISC
Comparator Type
2
Family Name
PIC16
Frequency
32 MHz
Maximum Number of CAN Channels
0
Maximum Number of Ethernet Channels
0
Maximum Number of I2C Channels
0
Maximum Number of LIN Channels
0
Maximum Number of PCI Channels
0
Maximum Number of SPI Channels
0
Maximum Number of UART Channels
0
Maximum Operating Temperature
85 °C
Memory Type
Flash
Minimum Operating Temperature
-40 °C
Mounting Type
Surface Mount
Number of ADCs
8 x 10 bit
Number of Bits
8
Number of IO Ports
12
Number of Pins
14
Number of Timers
2
Operating Voltage
2.3 to 5.5 V
Package Type
TSSOP
Program Memory Size
3.5 kB
Pulse Width Distortion
2 x 10 bit
PWM Channels
2
PWM Resolution
10 bit
RAM Size
256 B
Temperature Operating Range
-40 to +85 °C
Timer Resolution
16 bit, 8 bit bit
Timers
1 x 16 bit, 1 x 8 bit
Type
PIC
USB Channels
0
Overview
PIC16F161X Product Family
Speed, Ease and Safety
The PIC16F161X family continues our longstanding tradition of innovation in 8-bit MCUs, with several features designed to enhance system response, efficiency, and security, while minimizing design time and effort. With pin counts from 8 to 20 pins, Program Memory sizes up to 14 KB, and a number of Core Independent Peripherals, the PIC16F161x devices can be used in a wide variety of applications, ranging from white goods to gas and electric power tools.
Design in Man-Weeks, Not Man-Months
By abstracting commonly requested system functions into flexible on-chip hardware modules, we’ve not only increased the PIC16F161x family’s throughput and CPU bandwidth, we’ve also enabled a significant reduction in software design effort necessary to architect those functions. Now, complex PID control loops can be created with as few as seven instructions to set them up. Power management signaling over standard communication protocols, such as HDMI, can be decoded without requiring custom hardware. Using MPLAB® Code Configurator, many functions can be set up in minutes, drastically reducing design time.
Enablement
The Math Accelerator offers completely Core Independent calculations, with the capability to perform 16-bit math and PID operations. Offloading these functions leaves the CPU free to perform other system tasks, consumes less program memory, and reduces the overall power consumption of the MCU.
Key Attributes:
2 MHz Internal Oscillator
?Up to 14 KB Self-Write Program Memory
?128B of Non-Volatile High Endurance FLASH
?Up to 1 KB RAM
?10-bit ADC, up to 12 channels
?Two Comparators
?8-bit DAC
?10-bit PWMs with complement generation
?EUSART, SPI, and I2C™
?Available in 8, 14, and 20 pins
Speed, Ease and Safety
The PIC16F161X family continues our longstanding tradition of innovation in 8-bit MCUs, with several features designed to enhance system response, efficiency, and security, while minimizing design time and effort. With pin counts from 8 to 20 pins, Program Memory sizes up to 14 KB, and a number of Core Independent Peripherals, the PIC16F161x devices can be used in a wide variety of applications, ranging from white goods to gas and electric power tools.
Design in Man-Weeks, Not Man-Months
By abstracting commonly requested system functions into flexible on-chip hardware modules, we’ve not only increased the PIC16F161x family’s throughput and CPU bandwidth, we’ve also enabled a significant reduction in software design effort necessary to architect those functions. Now, complex PID control loops can be created with as few as seven instructions to set them up. Power management signaling over standard communication protocols, such as HDMI, can be decoded without requiring custom hardware. Using MPLAB® Code Configurator, many functions can be set up in minutes, drastically reducing design time.
Enablement
The Math Accelerator offers completely Core Independent calculations, with the capability to perform 16-bit math and PID operations. Offloading these functions leaves the CPU free to perform other system tasks, consumes less program memory, and reduces the overall power consumption of the MCU.
Key Attributes:
2 MHz Internal Oscillator
?Up to 14 KB Self-Write Program Memory
?128B of Non-Volatile High Endurance FLASH
?Up to 1 KB RAM
?10-bit ADC, up to 12 channels
?Two Comparators
?8-bit DAC
?10-bit PWMs with complement generation
?EUSART, SPI, and I2C™
?Available in 8, 14, and 20 pins
