SIT1602ACE3-25S

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Programmable Oscillators are commonly used in a range of diverse applications from transducers to modem and system clock generation. SIT1602ACE3-25S, one of the most well-known types of Programmable Oscillator, is widely used for various applications.

The SIT1602ACE3-25S programmable oscillator is an electronic device that produces an accurate timing signal. It can be programmed to precisely control the frequency of the signal output, allowing users to set the desired frequency and options with ease. The SIT1602ACE3-25S uses integrated crystal oscillator technology, and is capable of producing both low-frequency and high-frequency signals up to 25 MHz. It can also be configured for low-voltage operation, making it suitable for portable applications.

SIT1602ACE3-25S is used in systems that require an accurate timing signal, such as clock generation, MCU and FPGA I/O timing. It can also be used in frequency synthesisers and automatic test equipment, as well as in transducers and sensors. The SIT1602ACE3-25S can also be used in audio frequency and video signalling applications, allowing it to be used in home theatre systems and video surveillance systems.

The SIT1602ACE3-25S works through a combination of voltage-controlled oscillator and digital-to-analog converter (DAC) circuitry. An external power supply is used to power the device. The DAC is used to set the frequency by controlling the frequency of the oscillator. Additionally, the DAC can be set to change the frequency rate of the signal output, as well as providing varying duty cycles and output waveforms according to the user’s requirements. The programmable oscillator also has built-in temperature compensation and damping control, ensuring that the device remains stable and accurate over a wide temperature range.

The SIT1602ACE3-25S is a highly-regarded Programmable Oscillator, with good performance and high accuracy. It is also relatively easy to use and program, making it suitable for a variety of applications. It is also very reliable and can be used with confidence in mission-critical applications.

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