These seem to be Microchips latest "base level" 16F Microcontrollers. If EEPROM or HEF is not needed and you can get by with the basic peripherals this family of chips might be something to consider . The 14 pin 16F15223 comes in at 85 Cents (US) for a QTY of 1.
These do not yet show up in Microchips Parametric Search. Some have not yet been officially released.
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I am thinking of adding the PIC16F152xx to Great Cow BASIC. I have some of the chips here when I added the chip class to PICKitPlus.
Anyone else got these chips? I am looking for someone to test the chips by running through a set of demos.
PIC16F15213
PIC16F15214
PIC16F15223
PIC16F15224
PIC16F15225
PIC16F15243
PIC16F15244
PIC16F15245
PIC16F15254
PIC16F15255
PIC16F15256
PIC16F15274
PIC16F15275
PIC16F15276
Cheers,
Evan
PIC16F152xx NO.
I only have 3 PIC16F15345 if it helps you.
Thanks, it needs to be one of the chips listed above.
Thanks for replying.
These seem to be Microchips latest "base level" 16F Microcontrollers. If EEPROM or HEF is not needed and you can get by with the basic peripherals this family of chips might be something to consider . The 14 pin 16F15223 comes in at 85 Cents (US) for a QTY of 1.
These do not yet show up in Microchips Parametric Search. Some have not yet been officially released.
Yep, I have chips here for testing. PK+ needed to support.
So, I am looking for someone to help test Great Cow BASIC.
I have added the following MCUs
PIC16F15213
PIC16F15214
PIC16F15223
PIC16F15224
PIC16F15225
PIC16F15243
PIC16F15244
PIC16F15245
I have validated against the v0.98.07 release candidate 40.
I have also validated against the following demonstrations, see GitHub here
010_hello_world.gcb
020_blink.gcb
030_blink_another_way.gcb
040_rotate_the_leds.gcb
050_show_a2d_value_on_leds.gcb
060_variable_rotate_the_leds.gcb
070_debounce_the_switch.gcb
080_using_the_reset_switch_as_an_input.gcb
090_reversible_leds_with_variable_delay.gcb
100_reversible_leds_with_variable_delay_to_serial_terminal.gcb
110_rotate_the_leds_using_16bit_timer0_.gcb
120_use_pwm_via_ccp_and_adc_to_control_led_brightness.gcb
130_rotate_the_leds_using_8bit_timer0.gcb
140_rotate_the_leds_using_the_timer_overflow_event.gcb
150_show_i2c_devices_to_serial_terminal.gcb
160_using_external_interrupt_to_raise_an_event.gcb
170_ensuring_program_matches_chip_specfiied_to_serial_terminal.gcb
180_using_an_interrupt_to_manage_the_pwm_signal_to_control_an_leds_brig190_i2c_glcd_using_ssd1306_128_32.gcb
200_i2c_glcd_using_ssd1306_128_64.gcb
210_pwm_fixed_modes.gcb
220_millis.gcb
230_showing_saf_data_to_serial_terminal.gcb
240_showing_progmem_data_to_serial_terminal.gcb
If you look very carefully... I have NOT tested SPI .
I have tested and validated software serial - this worked very well!
I could not add the following: as MPLAB-X does not support yet. They need to added later.
PIC16F15254
PIC16F15255
PIC16F15256
PIC16F15274
PIC16F15275
PIC16F15276
Enjoy
Last edit: Anobium 2021-02-20
See this article for the details of the board. http://gcbasic.sourceforge.net/Typesetter/index.php/News/30_New_Life_for_an_old_Microchip_Board