TS147F23CDT

Crystals are controllable frequency devices used in industries such as phones, TVs, and even GPS. These devices enable precise tuning and data transmissions, making them an integral part of electronics and communication technology. The TS147F23CDT crystal is one such device, a frequency stable oscillator with a single frequency tuning range of 12.8MHz to 26.3MHz.

The TS147F23CDT crystal is a type of crystal which is used in many electronic and communication applications. It is a medium frequency crystal, and is typically specified in applicatons where it is necessary to maintain a precise frequency range or control range. The device is suitable for direct frequency synthesizer applications, as well as digital applications operating from 12.8MHz to 26.3MHz. This provides manufacturers the flexibility to integrate the device into both high and low frequency applications.

The TS147F23CDT crystal is designed to operate at a wide range of temperatures. It also features an exceptional stability of ±4 ppm for standard oscillators, which is approximately 20 times more stable than quartz crystal oscillators. This stability allows for reliable and consistent performance across different temperatures and operating conditions.

In order to ensure accurate operation within the specified frequency range, the TS147F23CDT crystal uses the workmanship of AT-cut crystal approach, and a 2520+ or equivalent AT-cut quartz crystal, which has a frequency stability of up to 10.5 ppm, and a power dissipation of 0.15W. This is combined with the precision alignment technique, which ensures a very precise frequency response. The TS147F23CDT crystal also has wide tuning range accuracy, achieved through the use of its advanced tuning system, consisting of two (2) core inductors and two (2) self-biasing capacitors.

The core functionality of the TS147F23CDT crystal lies in its working principle. The device is composed of two conductive plates on the crystal that form an electrical bridge known as the lattice structure. The crystal is then cut and aligned to the desired frequency. The electrical energy generated is stored in a capacitor, where it accumulates and then pulses at a frequency which is determined by the electrical charge of the capacitor. This electrical energy is then sent through a transceiver, which converts the energy into radio waves for transmission. The radio waves then propagate through the air, transferring the data to the destination.

In summary, the TS147F23CDT crystal is an advanced frequency-stable oscillator with a single frequency tuning range of 12.8MHz to 26.3MHz. It is applicable in diverse fields such as telecommunication, GPS, and other communication technologies. The device makes use of the AT-cut crystal approach and the precision alignment technique, which ensure precise frequency response and a wide tuning range accuracy. Additionally, its working principle involves storing electrical energy generated in a capacitor and then sending it through a transceiver for transmission.