PT7C5027C1-2WF

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The PT7C5027C1-2WF is an ultra-low-power clock oscillator specifically designed for a variety of microelectronic applications. These applications include wireless sensing (including satellites, air quality, surfactant detection, and gas monitoring), wearable electronics (including fitness trackers and smartwatches), medical devices (including drug delivery, respiratory monitoring/treatment, dialysis/renal care, and portable ultrasound systems) and consumer electronics (including smart phones, tablets, and automotive displays). The PT7C5027C1-2WF is also well suited for a wide variety of military, aerospace, and space applications.

The PT7C5027C1-2WF utilizes a proprietary oscillator circuit that uses an innovative technique to achieve the high frequency stability and low power consumption necessary for microelectronic applications. The oscillator circuit comprises a differential ring oscillator, an electrical NAND gate, a MOSFET switch, and an amplifier. The differential ring oscillator uses two complementary CMOS inverters as three pairs of differential buffers and as a source of hysteresis. The electrical NAND gate is used to control the oscillator circuit. It compares the voltage output of the oscillator with a predetermined reference voltage and activates or deactivates the MOSFET switch accordingly. This controls the rate at which the oscillator circuit changes states, controlling the frequency accuracy and stability of the oscillator. The amplifier is used to buffer the output of the differential ring oscillator and amplify the signal to the PT7C5027C1-2WF’s output node, ensuring the output is a clean and reliable signal.

The PT7C5027C1-2WF is a low-power oscillator with a wide range of applications. The oscillator circuit is designed to achieve industry-leading frequency stability of ±2.0ppm over operating temperature ranges of -40°C to +85°C. It has a wide supply voltage range of 1.1V to 3.6V, making it compatible with most microelectronic devices. Additionally, the oscillator has an ultra-low power consumption (20nA max.) and is suitable for battery powered devices. The PT7C5027C1-2WF is RoHS compliant, lead-free, and available in a wide range of popular frequencies, including 20MHz and 25MHz options.

The PT7C5027C1-2WF is an ultra-low-power electronic clock oscillator specifically designed for a variety of microelectronic applications. It utilizes a proprietary oscillator circuit that enables high frequency stability and low power consumption. The oscillator has a wide supply voltage range, an ultra-low power consumption and industry-leading frequency stability of ±2.0ppm. It is also RoHS compliant, lead-free and available in multiple frequencies. The PT7C5027C1-2WF is an ideal solution for battery powered devices, wearable electronics, medical devices, consumer electronics, and a variety of military, aerospace and space applications.

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