SG-9101CA-D30SHBCB

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Programmable oscillators are comprehensive electronic components whose operating frequency can be adjusted. These oscillators are extremely reliable and provide a variety of features including temperature stability, stability in long-term use and immunity to environmental influences. The SG-9101CA-D30SHBCB is one such programmable oscillator whose application field and working principle are discussed here.

SG-9101CA-D30SHBCB is a small size, low profile and low cost programmable oscillator. It is especially suitable for those applications that require high performance and accuracy. This oscillator is an autoprogrammable, low power, stable and low jitter CMOS oscillator. It has an operating temperature range of -40 to +85 °C. It is an adjustable crystal oscillator with an output frequency adjustable range of 24.8 ~ 33 MHz. It also features low phase noise, low current consumption and fast settling time. This oscillator has an output slew rate of 2.5 Volts/ns and a duty cycle of 50 +/-3%.

The application fields of SG-9101CA-D30SHBCB include the telecom and datacom markets such as local area networks, broadband Passive Optical Networks, Ethernet networks and wireless local area networks. It is also widely used in consumer electronics and industrial automation. The stability and accuracy of this oscillator make it ideal for timing, frequency synthesis and modulation in modern communication systems.

The working principle of the SG-9101CA-D30SHBCB is relatively simple. It utilizes a piezoelectric crystal to generate the clock signal. The oscillator consists of an oscillator circuit, an amplifier and a filter. The crystal acts as a resonator, producing microwaves. These microwaves are amplified by the amplifier, filtered and then output as a periodic electrical signal. The output frequency can be adjusted using the control voltage, which is changed by the external digital device.

In conclusion, the SG-9101CA-D30SHBCB is a high performance, reliable and cost-effective programmable oscillator. It can be used in a variety of applications such as telecom and datacom, consumer electronics and industrial automation. It is well suited for timing, frequency synthesis and modulation in modern communication systems. The working principle of this oscillator is relatively simple and it utilizes a piezoelectric crystal to generate the clock signal.

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