65195-001LF

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

Miscellaneous technologies have evolved into a field with a wide range of applications, each having its own unique characteristics and working principles. One such technology is the 65195-001LF, a type of integrated circuit that provides a variety of digital logic functions including oscillation, voltage regulation, signal conditioning, clock timing, and data acquisition. This article will explain the application field and working principle of the 65195-001LF.

The 65195-001LF integrated circuit is designed for use in consumer products and industrial applications that require the highest possible signal integrity and help in preventing failure. It is typically used in large automotive systems such as engine control, navigation, and audio systems. It is also used in the medical field, in-vitro diagnostics, and for automotive data acquisition and signal conditioning in a variety of systems.

The 65195-001LF works on the principle of combining several digital logic functions in a single module. This helps to reduce the size and complexity of the system. The device is designed with low power consumption so that it can be used in battery-powered systems. It also features an ultra low jitter frequency of 10 to 30 nS, which provides improved signal integrity compared to previous devices.

The 65195-001LF module is based on the subsystems of Logic, Output Driver, Control, Filter, Oscillator, Vaccum field-effect transistor, Voltage Regulator, Clock Configuration, Temperature Sensor, and Digital/Analog Interface. The logic and output driver allow for the control of various signals and the implementation of logic functions. The filter helps reduce noise interference and ensures that the device operates at its optimum performance. The oscillator provides a stable clock signal, while the voltage regulator prevents a voltage overload.

The clock configuration helps to maintain the device’s highest accuracy and stability over the temperature range. The temperature sensor also helps to ensure accurate readings, and the digital/analog interface provides a wide variety of digital and analog interfacing options. Finally, the vacuum field-effect transistor helps maintain low power consumption and improves overall efficiency.

The 65195-001LF provides a variety of benefits for its users, such as superior signal integrity, reduced size and complexity, improved efficiency, and increased system reliability. Furthermore, its low power consumption, ultra low jitter frequency, and high accuracy over temperature make it ideal for use in consumer and industrial applications.

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