SG-9101CB-D05SGBBC

Programmable oscillators, like the SG-9101CB-D05SGBBC, offer a wide range of features which are particularly useful when dealing with a variety of signal timing and stability requirements. These oscillators operate in a very precise manner, providing precise signals over a range of frequencies, an advantage not made possible by other oscillation possibilities like the tuning forks. The versatility of these oscillators allows them to be used in a wide range of fields. The SG-9101CB-D05SGBBC is a programmable oscillator which offers a number of benefits. It\'s a small, physically robust module, offering stable high precision signal output, which is programmable to explore a range of frequencies with varying levels of accuracy. The output signal is basically a high speed digital clock signal, with an internal memory and digital signal control available, which ensures stability of the signal output.The features of the SG-9101CB-D05SGBBC make it an ideal choice for embedding directly into circuit boards and systems. The small construction size and using the expert knowledge of experienced engineers at the design and prototype stage ensures that the oscillator offers low noise, high temperature stability and low power consumption.In terms of application fields, these oscillators can be used in many different areas. Some common applications include; automotive electronics, computing, aerospace, telecommunications, broadcast equipment and defence technology. These oscillators offer high speed accuracy which is important for data transfer and clock control in automotive, aerospace, defence and communications applications. The majority of these applications require time and frequency standards which the SG-9101CB-D05SGBBC can deliver, ensuring signal stability and data integrity in these examples. In terms of working principle, it is important to note the range of output clock frequencies and the programmable nature of the oscillator. These oscillators have a wide range of frequency output which is between 1MHz and 1200MHz, normally the oscillator is preset to the desired frequency but is programmable using the internal programming options. There are two types of SG-9101CB-D05SGBBC programmable outputs; static and dynamic. The static programmable oscillator output is driven by fixed frequency clock source and the dynamic programmable output is variable, allowing frequency changes to be programmed and activated on the fly.The internal memory provides the digital clock which allows the SG-9101CB-D05SGBBC to maintain the exact frequency of the output, ensuring the stability of the signal and accuracy of the device. This is due to the digital frequency control module, which makes use of a ‘ring counter’ mechanism to select the correct output frequency from the internal memory, and then to divide down the clock signal from the output frequency. This makes use of specialist logic techniques. In conclusion, the SG-9101CB-D05SGBBC is an excellent choice for a wide range of applications, especially in the fields of automotive, aerospace, defence and communications, where accuracy and timing are key considerations. Its features such as the internal memory, small size, low power consumption and high temperature stability, make it a robust and cost efficient solution, which is easy to incorporate into any system.