ECS-270-12-33Q-JES-TR

Crystals have long been used in electronics for their reliable frequency control, high quality factor, low power consumption and low cost. The ECS-270-12-33Q-JES-TR is an advanced crystal oscillator specifically designed for electronics applications.

The ECS-270-12-33Q-JES-TR is a voltage-controlled crystal oscillator (VCXO) that operates at 12 MHz. It features a unique design with a transfer resistor network (TRN) that allows precise frequency adjustment. The individual oscillator circuit is enclosed in a sturdy metal encapsulation for robustness and to ensure protection against environmental hazards such as ESD.

As its name implies, this crystal oscillator is designed to provide precise frequency control in a wide range of electronic applications such as cellular phones, RF transceivers, communication systems, and clock/data transmission networks. Its low operating power consumption and small size make it ideal for applications where battery power and/or space are limited.

In addition to its frequency control and power efficiency features, the ECS-270-12-33Q-JES-TR also features a transfer resistor network that allows precise frequency adjustments. This ensures that the oscillator will always operate at its proper frequency, regardless of ambient temperature or voltage. The oscillator is also designed with a wide operating temperature range, from -40°C to +85°C (-40°F to +185°F).

The ECS-270-12-33Q-JES-TR works on the principle of generating an oscillating electrical signal. The internal circuitry of the oscillator consists of a phase-locked loop (PLL) circuit, a frequency synthesizer, an amplifier, and an output amplifier stage. The phase-locked loop ensures a precise frequency, while the frequency synthesizer is used to generate a high-frequency signal of the desired frequency. The output amplifier stage amplifies and filters the signal before it is passed on to the application.

The ECS-270-12-33Q-JES-TR is a great choice for applications requiring precise clock or communication generation. Its transfer resistor network helps to maintain precise frequency control, while its low power consumption and wide operating temperature range make it suitable for use in a variety of conditions. This crystal oscillator is sure to be a valuable asset in any electronic application requiring precise and stable clock or communication signal generation.