MK2302S-01LFTR Integrated Circuits (ICs)

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The MK2302S-01LFTR is a clock generator, PLL, and frequency synthesizer designed to produce output frequencies as low as 16kHz in PLL mode and 9kHz in direct clock mode. It also provides low noise and wide jitter performance. The device offers two outputs, one in the PLL mode and another in the direct clock mode.

The MK2302S-01LFTR operates in two different modes: PLL mode and direct clock mode. In PLL mode the device uses a phased locked loop (PLL) which is a circuit that locks the output frequency to the input frequency. This allows the device to achieve high frequency accuracy and an output frequency range of 16kHz to 150MHz. In direct clock mode, the output frequency is determined by the device\'s internal oscillator and it can reach 9kHz to 150 MHz.

The MK2302S-01LFTR offers different built-in functions that make it a versatile device for designers. It has an integrated crystal oscillator for high frequency accuracy and provides an adjustable frequency range of 16 to 150MHz with programmable spread spectrum, duty cycle and output rise/fall times. It also has a power-down feature to reduce standby power consumption. The MK2302S-01LFTR also has a control pin that can be used to control the PLL or direct clock mode or to select the output frequency.

The main application fields for the MK2302S-01LFTR include mobile communications, mobile computing, and consumer electronics. The device is well-suited for applications that require high frequency accuracy, low noise, and wide jitter performance. It is also suitable for clock tree applications that require a single clock source to multiple downstream devices. In addition to these, it is also suitable for USB2.0, WLAN, and TDMA applications.

The MK2302S-01LFTR is a versatile device that fulfills a variety of application needs. It has an adjustable frequency range and spread spectrum and a power-down feature to reduce power consumption. It also has an integrated crystal oscillator that enables high frequency accuracy. It is well suitable for consumer electronics, mobile communications and computing, and clock tree applications.

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