CM309E19660800BHJT

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Crystal oscillators are widely used as frequency sources in electronic circuits, as they offer precision, reliability, and small size. The CM309E19660800BHJT is a quartz crystal oscillator module manufactured by EMI Technologies. Designed for operation in the 9 kHz to 2 MHz frequency range, the module provides an excellent choice for a wide range of applications.

Applications

The CM309E19660800BHJT module can be used in a variety of applications, including:

• Communications systems
• Radio and TV transmitters and receivers
• Medical devices
• Test equipment
• Computer systems and peripherals
• Microwave and satellite systems
• Audio equipment

Since the module is small and easy to mount, it can also be used in portable and wearable applications, such as watches and tablets.

Working Principle

The CM309E19660800BHJT oscillator works by vibrating a quartz crystal at the selected frequency. The crystal is housed in a hermetically sealed package that protects it from environmental factors such as dust and moisture. Inside the package, two electrodes of gold-plated nickel are connected to the crystal.

When an electrical signal is applied to the electrodes, the crystal begins to vibrate at a specific frequency determined by the crystal\'s mechanical and electrical characteristics. This frequency is referred to as the resonant frequency. The crystal\'s vibration then induces an electrical signal, which is amplified by an internal transistor or IC (integrated circuit) and then output from the oscillator.

The CM309E19660800BHJT module is designed to maintain a stable frequency even in the presence of changes in temperature, voltage, or power supply. This allows it to be used in a wide range of applications that require a reliable frequency source.

The CM309E19660800BHJT quartz crystal oscillator module is a reliable and versatile frequency source that can be used in many applications. Its internal protective package ensures that the crystal is protected from environmental conditions, and its ability to maintain a stable frequency under varying conditions makes it an excellent choice for a variety of applications.

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