PIC16C58B-04E/SS

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The PIC16C58B-04E/SS, a group of 8-bit microcontrollers, falls within the signature type microcontroller available in a wide range of general-purpose applications. It has a wide range of applications in a variety of fields including communications and industrial technology applications. The microcontroller also provides a comprehensive set of Operating Modes, peripherals, and analog-to-digital (A/D) converters.

The PIC16C58B-04E/SS is characterised by its CPU architecture, which provides a wide assortment of instructions, registers, and memory locations. It has a maximum speed of up to 20.0 MHz, the highest clock speed in the PIC family. In addition to that, the PIC16C58B-04E/SS features an External Memory Interface, which enables the user to extend memory beyond the onboard capacity. Additionally, the microcontroller has an onboard synchronizing signal multiplier SSPM/FIFO, four output compare channels and two comparator channels for multi-phase AC motor control, and a non-volatile memory for persistent data storage.

In terms of its application field, the PIC16C58B-04E/SS is suitable for certain automotive applications, controlling motor speed, temperature, current and voltage sensing, powering lights, communication links and other applications. As an example, the microcontroller can be used to construct an intelligent system to regulate the speed of an axle, by using the integrated high-resolution pulse width modulation (PWM) module. This microcontroller can also be used in various industrial machinery applications, where it can offer power saving solutions.

The working principle of the PIC16C58B-04E/SS microcontroller is a single-chip 8-bit embedded system with a broad range of input/output (I/O) configurations to interface with serial and parallel devices. It consists of an 8-bit CPU, two banks of configurable registers, data RAM and program memory. Its integrated peripherals include two channels of programmable input/output ports, two analog-to-digital (A/D ) converters, four-output compare channels and two comparator channels for multi-phase AC motor control, with a programmable clock module to control the external clock frequency.

The PIC16C58B-04E/SS support up to three operating modes; the 1-cycle instruction cycle, the 2-cycle instruction cycle, and the INTERRUPT. For all modes, interruptions can be programmed to enable and disable interrupts without affecting the active program. The interrupt capabilities include a single-cycle wake-up instruction and the enable/disable of all interrupts. The user can also configure the peripheral address space range.

In addition to its general-purpose application, the PIC16C58B-04E/SS is also suitable for low-voltage operation, analog signal processing, and low-power applications. The microcontroller offers several integrated analog-to-digital (A/D) converters, which allow the conversion of voltage and temperature signals into digital values. Additionally, the integrated watchdog timer, oscillator and Phase Lock Loop (PLL) feature helps the users to implement low-power applications.

The PIC16C58B-04E/SS offers clock up to 20.0 MHz and provides a wide range of efficiency by integrating multiple peripherals and memory sizes. The microcontroller consumes very low energy, making it perfect for embedded applications. Additionally, it offers several levels of security, making it suitable for use in industries. Furthermore, the PIC16C58B-04E/SS also integrates various hardware debugging tools, such as the In-Circuit Serial Programming (ICSP) system, which allows seamless development and debug cycles.

To sum up, the PIC16C58B-04E/SS is a typical 8-bit embedded microcontroller with wide applications in the communications and industrial technology fields. It has the highest clock speed of up to 20.0 MHz, a wide-range of integrated peripherals and memory, multiple Operating Modes, and several security levels. Additionally, it offers several integrated analog-to-digital converters and low-voltage operations for power saving solutions. Finally, the integrated hardware debugging features enable seamless development and debug cycles, making it a highly-preferred microcontroller for various general-purpose applications.

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