BU2358FV-E2

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BU2358FV-E2 is a clock generator, Phase-Locked Loop (PLL), and frequency synthesizer from ROHM Semiconductor. It is an excellent choice for a variety of frequency-critical applications such as communications equipment, instrumentation, and power control systems. The BU2358FV-E2 has an easy-to-use programmable time base and wide range of frequencies, making it well suited for both high- and low-frequency configurations.

The BU2358FV-E2 features a host of design and performance features, including a 16-bit resolution timer and frequency stabilisation, which ensures accuracy and repeatability in a wide range of applications. Additionally, the device’s versatile control port allows the output frequency to be changed and the time base of the device adjusted by providing a voltage or additional logic signals.

The BU2358FV-E2 operates with both a parallel and serial interface for programming, allowing for flexible operation and easy design integration. This clock generator offers low noise generation and high frequency stability, further enhancing its appeal for use in high-performance designs. It also has minimal power dissipation due to its advanced on-chip power management technology.

In terms of its functions and features, the BU2358FV-E2 operates as a dual-channel Phase Lock Loop (PLL), where two independent frequency multipliers are integrated in the same package. Additionally, it includes a built-in crystal oscillator to provide a reference frequency, which helps to ensure timing accuracy and uniformity in the output frequency. It also features spread-spectrum functionality, useful for reducing EMI in radio frequency applications. The BU2358FV-E2 is also capable of generating clocks between 200kHz and 50MHz, further expanding its usefulness in a variety of applications.

In summary, the BU2358FV-E2 is a versatile and convenient solution for a range of frequency-critical applications. Its easy-to-use interface, wide range of frequencies, spread spectrum capability and minimal power consumption make it perfect for designing reliable, accurate and low-noise frequency-critical products.

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