What frequency range does the SWR meter support?

The article states a frequency range of 1-30 MHz.

What power range can the SWR meter measure?

The meter covers a power range of 5-100W.

Does the meter indicate SSB peaks?

Yes, it supports SSB operation for the Peak indicator.

What information is displayed on the LCD?

The LCD displays forward, backward (reflected), power, and SWR representation.

How many buttons are used for user interface?

The design uses a simple two-button interface.

Are there warning or alarm indicators for SWR?

Yes, the circuit includes SWR warning and alarm LEDs.

Which source code files are provided with the project?

The article lists C source/library files: adc.c, lcd8.c, swrm.c, and timers.

Are HEX files available for programming the PIC?

Yes, two different HEX files are provided for PIC16F877A and PIC16F877.

Is the project built on a printed circuit board?

Yes, the information is displayed on a printed circuit board with a 2×16 LCD.

LCD SWR METER CIRCUIT PIC16F877

SWR meter circuit pic16f877 microcontroller with lcd display displays the information on a printed circuit board with 2 × 16, schema diagrams in the C source code library files (adc. c, lcd8 c, swrm.... Electronics Projects, LCD SWR Meter Circuit PIC16F877 "microchip projects, microcontroller projects, pic16f877 projects, "

By Ibrar Ayyub

PublishedOctober 29, 2019

Summary of LCD SWR METER CIRCUIT PIC16F877

Summary: An SWR meter using a PIC16F877 microcontroller displays forward, reflected power, SWR, and peak info on a 2×16 LCD. The PCB-based design supports 1–30 MHz, 5–100 W range, SSB peak indication, two-button interface, SWR warning/alarm LEDs, and includes C source libraries (adc.c, lcd8.c, swrm.c, timers) plus two HEX files for PIC16F877/16F877A.

Parts used in the SWR Meter Circuit PIC16F877:

PIC16F877 or PIC16F877A microcontroller
2×16 character LCD display
PCB (printed circuit board)
Directional coupler or RF sensing network for forward and reflected detection
ADC circuitry/components (as referenced by adc.c)
Timing components (as referenced by timers library)
Two push buttons for user interface
SWR warning LED
Alarm LED
Power supply components suitable for the circuit
Passive components (resistors, capacitors, inductors) for RF and signal conditioning
Hex files and C source code files (adc.c, lcd8.c, swrm.c, timers) for programming

SWR meter circuit pic16f877 microcontroller with lcd display displays the information on a printed circuit board with 2 × 16, schema diagrams in the C source code library files (adc. c, lcd8 c, swrm. c, timers), and I have 2 different hex code for 16f877a 16f877

SWR METER CIRCUIT FEATURES

Power range 5-100W
Frequency range of 1-30 MHz
SSB operation for the Peak indicator
Forward, backward, power and SWR representation
Simple two-button interface
SWR warning and alarm LEDs

Source: LCD SWR METER CIRCUIT Alternatif link: lcd-swr-meter-circuit-pic16f877.rar

What frequency range does the SWR meter support?
The article states a frequency range of 1-30 MHz.
What power range can the SWR meter measure?
The meter covers a power range of 5-100W.
Does the meter indicate SSB peaks?
Yes, it supports SSB operation for the Peak indicator.
What information is displayed on the LCD?
The LCD displays forward, backward (reflected), power, and SWR representation.
How many buttons are used for user interface?
The design uses a simple two-button interface.
Are there warning or alarm indicators for SWR?
Yes, the circuit includes SWR warning and alarm LEDs.
Which source code files are provided with the project?
The article lists C source/library files: adc.c, lcd8.c, swrm.c, and timers.
Are HEX files available for programming the PIC?
Yes, two different HEX files are provided for PIC16F877A and PIC16F877.
Is the project built on a printed circuit board?
Yes, the information is displayed on a printed circuit board with a 2×16 LCD.

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Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough...