TS13CF33CET

Crystals are natural configurations of substances which grow to abnormally large sizes. They come in a wide variety of shapes, colors and sizes and are used in many scientific and commercial applications. The TS13CF33CET is an especially noteworthy crystal, as it has a number of characteristics that make it ideal for certain applications.

The TS13CF33CET is a select oscillator crystal oscillator crystal with a overtone frequency of 13MHz. It is manufactured using quartz or ceramic-filled epoxy, which gives it excellent stability and temperature performance. It has a frequency tolerance of ±50 ppm, meaning that it can maintain a relatively consistent oscillation frequency in a range of temperatures. Furthermore, it also has a very low distortion factor and jitter, making it perfect for use in electronic musical instruments.

The TS13CF33CET has a wide range of applications due to its high stability and low distortion/jitter characteristics. It is commonly used in high performance audio applications, such as audio mixers, loudspeakers, and amplifiers. These products benefit from the crystal’s low jitter and distortion, providing clearer and more accurate audio signals. Additionally, the TS13CF33CET is also used in radio telemetry equipment, where its higher stability enables more accurate long range radio communication distances.

At a basic level, the working principle of the TS13CF33CET is not too dissimilar from any other crystal oscillator. The crystal is composed of two plates of quartz, which are charged with an electrical current. This small electric current runs through the two plates, causing them to vibrate at a certain frequency. This frequency is then used as a reference signal to sync up the operation of electronic components, such as loudspeakers, mixers, and amplifiers.

The TS13CF33CET crystal is a highly reliable and accurate oscillator crystal, which is why it is often used in audio and radio applications. Its low jitter, distortion and high stability make it ideal for use in precision applications that require a constant, accurate reference frequency.