BU2365FV-E2

BU2365FV-E2 is an Application Specific Integrated Circuit (ASIC) that is used for clock/timing applications. It has a wide range of application fields and varying levels of complexity depending on the specific implementation and working principle. This ASIC is manufactured by Rohm and is a high performance, low power device that can provide high accuracy to a variety of digital clock and timing applications.

BU2365FV-E2 features and performance are enhanced by the use of its integrated programmable logic, so it can easily be configured to meet the specific needs of each application.

BU2365FV-E2 general features

BU2365FV-E2 features a range of on-chip solutions for clock/timing applications. It integrates an array of high-speed analog and digital circuits that provide a wide range of accuracy and resolution.

• Integrated trimming technology
• Enhanced accuracy and temperature stability
• Low noise and low jitter
• Low ripple
• Wide frequency range
• Low cost
• High reliability

BU2365FV-E2 application fields

The BU2365FV-E2 is suitable for a variety of digital clock and timing applications. It is well suited for use in consumer electronics, automotive, industrial, and telecommunications products.

• Television sets
• Mobile phones
• Automotive systems
• Networking and telecommunications equipment
• Industrial control and automation systems
• Medical instruments
• Power control equipment

BU2365FV-E2 working principle

The BU2365FV-E2 integrates a high-speed analog circuit and a programmable logic to enable applications requiring very accurate timing accuracy. It utilizes a trimming circuit to enable fast, low-cost and accurate adjustment of clock timing parameters. The trimming circuit is used to tune the frequency of the output clock signal in fine steps to enable the required accuracy and temperature stability.

The BU2365FV-E2 has a number of digital inputs and outputs that can be programmed to generate output signals in a variety of formats. The digital inputs and outputs can also be used to synchronize the operation of the trimming circuit with the system clock. This enables the device to adjust the frequency of output signals in very fine steps in order to achieve the required accuracy and temperature stability. The trimming circuit enables fast and low cost adjustment of frequency.

The BU2365FV-E2 also uses a low noise digital-analog converter (DAC) to reduce jitter, enabling it to operate in a wide range of frequencies and temperature ranges. The DAC also reduces the amount of ripple to ensure that the output signal has a low level of noise.

Conclusion

BU2365FV-E2 is a versatile IC that can be used to implement a wide range of clock/timing applications. It features an integrated programmable logic that enables easy configuration and a trimming circuit that can be used to adjust the output frequency in fine steps, enabling the required accuracy and temperature stability. The device also uses a low-noise digital-analog converter to reduce jitter and is suitable for use in a wide range of applications such as consumer electronics, automotive, industrial, and telecommunications products.