MM80C95N

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

MM80C95N is a versatile peripheral device for applications such as synchronous-serial communications, buffering, data conversion and data transfer. This integrated circuit is part of the Motorola Mx family of popular, low-power and low-speed microprocessors, and can be used in a variety of applications.

The MM80C95N consists of a microprocessor core and several digital logic components with a variety of functions. These functions can be used in any logic-level design, whether it is a stand-alone microprocessor or an embedded system, to provide the necessary performance, flexibility, and robustness.

As part of the Mx family, the MM80C95N is an 8-bit low-power and low-speed microprocessor with a minimum input voltage of 1.4V, an operating frequency of 16MHz, and a minimum power consumption of 1.2W.

The main logic components of the MM80C95N are:

• Logic Buffers
• Drivers
• Receivers
• Transceivers

Logic Buffers act as a transfer buffer between the input and output levels. When the incoming signal is high, the output level will also be high. When the incoming signal is low, the output level will also be low. This component is used to buffer the inputs or to interface two systems with different logic levels.

Drivers are responsible for driving the output levels of the device. The purpose of these components is to provide a stable and reliable output voltage level, regardless of the incoming logic level. Drivers are typically used in synchronous-serial communications, such as sending and receiving data over a bus or serial port.

Receivers are responsible for receiving signals from the external environment. These components are usually used in systems that require a single input—or a few inputs—and convert them into a digital output level. Receivers can also be used for receiving data from serial ports or for synchronous-serial communication.

Transceivers are used for communication between two systems. This component converts a digital output level into an analog signal, which is then sent over a communication line between two systems. Transceivers are typically used for synchronization between systems, bi-directional data transmission and converting analog signals into digital signals.

The versatility of the MM80C95N allows it to be used in many different applications. By utilizing the various logic components and digital logic components, designers are able to create efficient and reliable devices in order to meet the requirements of their projects.

The specific data is subject to PDF, and the above content is for reference