LTC6912HGN-1#PBF

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LTC6912HGN-1#PBF is categorized into Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps. It is a precision low-power programmable oscillator with a very low-noise fractional-N synthesizer and MEMS reference clock. This device is I2C configurable, providing the flexibility to program up to eight output frequencies from a single crystal frequency reference. The maximum configurable frequency range is 500kHz to 30Mhz.

The LTC6912HGN-1#PBF provides the design flexibility of an autonomous oscillator, allowing the device to be configured to operate independently from its invironment. With I2C control, it allows the frequency to be remotely programmed over a wide range without adjustment. This type of low power device offers a wide range of applications for battery-powered systems, frequency modulation of signals, instrumentation, and digital signal processors (DSP).

The LTC6912HGN-1#PBF works on the principle of a voltage-controlled oscillator (VCO). It consists of an amplifier, one or more capacitors, and a corresponding resistor. The output of the amplifier is connected to the positive terminal of a capacitor and the negative terminal of a capacitor is connected to the negative input of the amplifier. When a voltage is applied to the positive input of the amplifier, it induces an oscillation or charging/discharging current in the circuit because of the hysteresis effect of the capacitors.

The size of the capacitors is adjustable and the voltage can be varied to change the frequency of oscillation, allowing the frequency output to be programmed. This oscillator is used in a variety of applications, from low frequency applications such as low frequency control devices to high frequency applications such as high frequency signal generators.

LTC6912HGN-1#PBF has a wide range of benefits over other oscillators in its category. It is low power, small in size, and is highly accurate. Its MEMS reference clock offers high stability by removing typical problems of long term drift and temperature sensitivity. Its low noise fractional-N synthesizer is stable and very precise over a wide temperature range. Its eight channel architecture makes it ideal for multi-channel applications such as professional audio systems and digital communication.

LTC6912HGN-1#PBF provides numerous advantages for its users. Its reduced power consumption ensures users can minimize their total cost of ownership. The MEMS reference clock removes typical problems of long term drift and temperature sensitivity in many cases, and its low noise fractional-N synthesizer is capable of excellent frequency accuracy. Finally, its eight channel architecture allows multi-channel applications to be addressed.

LTC6912HGN-1#PBF is an ideal choice for instrumentation, OPA MPAA applications that require very precise performance. It is low power, small in size and highly reliable, its low noise fractional-N synthesizers are stable and precise over a wide temperature range and its MEMS reference clock ensures great stability and accuracy. Furthermore, its eight channel architecture enables a wide range of applications, making it an ideal choice for numerous audio and digital communication applications.

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