SIT9002AC-43N33DD

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SIT9002AC-43N33DD is a programmable oscillator developed by Sacedo Technology Corporation. It is designed for applications requiring high precision timing, such as radar, remote control, medical imaging, and industrial automation. This oscillator provides a stable output frequency over a wide temperature range. It is available in a wide range of frequencies and delivers stable output over temperatures from -40° to +85°C. The SIT9002AC-43N33DD can be programmed with software to enable accurate timing between the output signal and an external event, such as an input signal or a monitored variable. The SIT9002AC-43N33DD also has a wide variety of programming options including variable pulse width, pulse repetition, amplitude and offset control.

The programming interface and memory of the SIT9002AC-43N33DD oscillator are based on the Field Programmable Gate Array (FPGA) technology. The FPGA provides a single-chip platform for controlling the timing, logic and signal processing in the oscillator. The FPGA chip contains a bank of programmable logic elements and data memory, which can be programmed and customized to fit the specific application. The FPGA is designed to provide the highest accuracy and speed for programmable oscillators, providing a stable and reliable output frequency.

The SIT9002AC-43N33DD oscillator is capable of delivering a precise output frequency up to 70MHz, and an optimized power consumption. It is enclosed in an industrial grade sealed package and is designed to withstand shock and vibration. The maximum operating temperature of the oscillator is -40° to +85°C and has a maximum output power of -3dBm. The SIT9002AC-43N33DD is designed for reliable operation in harsh industrial environment. It is also compatible with a variety of standard protocols, such as SPI, I2C, UART, CAN, and USB.

SIT9002AC-43N33DD oscillators are used in a wide range of applications, such as remote controls, radar, medical imaging, and industrial automation. For example, in medical imaging, the oscillators are used to provide a stable clock signal for imaging machine that carries out CT scans, PET scans, and MRI scans. The oscillators also enable precise timing, which is critical in applications such as radar and remote control. The oscillators are also used in industrial automation applications to provide accurate and reliable timing for controlling various production processes.

The working principle of the SIT9002AC-43N33DD oscillator is based on the use of the Field Programmable Gate Array (FPGA) technology. The FPGA is programmed to generate a stable output frequency over a wide temperature range. The output frequency is then used to generate accurate timing signals for various applications. The onboard memory allows for customization of the settings to match the specific requirements of the application. The FPGA is designed to provide an accurate, stable, and reliable output frequency.

In conclusion, the SIT9002AC-43N33DD is a programmable oscillator designed for applications requiring high precision timing. The oscillator uses the Field Programmable Gate Array (FPGA) technology to generate a stable output frequency over a wide temperature range. It is used in a wide range of applications, such as remote controls, radar, medical imaging, and industrial automation. The oscillator is enclosed in an industrial grade sealed package and is designed to withstand shock and vibration. The FPGA is programmed to generate a stable output frequency, which is then used to generate accurate timing signals for various applications.

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