416F52013CTR

Crystals

 The 416F52013CTR crystal is a low-cost, low-noise, low-jitter alternative to ceramic resonators found in consumer, automotive and industrial electronics. The 416F52013CTR crystal is designed to make the design and implementation of high-performance, low-cost consumer and automotive electronics easier. It has a frequency range of 8.0 to 150 MHz, and is available in both a standard and an extended frequency range of 3.0 to 150 MHz.

The 416F52013CTR crystal is an ideal choice for designers who need a reliable and cost-effective solution for digital logic, power supply, and communication designs. The crystal can be used in a number of applications, including RF subsystems, digital signal processing, frequency synthesis, and microprocessor-based applications. The 416F52013CTR crystal is available in two package sizes: a 14-pin DIL and a 4-pin DIP.

The 416F52013CTR crystal has a number of advantages over other crystals. It has a wide frequency range, low power consumption, low noise, low jitter, and is available with a variety of package sizes. The crystal also features an integrated amplifier, which helps to reduce the power consumption of the system. In addition, the 416F52013CTR crystal has a low-impedance output, which simplifies the routing and layout of the system.

The 416F52013CTR crystal operates in a basic resonator circuit, which uses an inductor, a capacitor, and a crystal or piezoelectric resonator. The inductor connects to an inverting input of an operational amplifier, while the capacitor is connected to the non-inverting input. The resonator is connected between the inverting and non-inverting inputs of the operational amplifier.

When the input signal of the operational amplifier is applied to the resonator, the signal is amplified, and the output of the operational amplifier can be used to drive an inductor or a capacitor. The output of the amplifier is then used to drive the crystal oscillator, which generates the final output signal. This signal can be used to drive the voltage supply of the system.

In addition to its various applications, the 416F52013CTR crystal is also an ideal choice for designers who need a reliable, low-cost solution for power supply design. The crystal has a low-impedance output, which simplifies the routing and layout of the system, and is available in two package sizes. With its wide frequency range and low power consumption, the 416F52013CTR crystal is an excellent choice for digital logic, power supply, and communication designs.