PM113-161.1328M-T

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Oscillators provide a cornerstone of modern electronics, powering timing circuitry and communications protocols alike. One of the most commonly used oscillators in this field is the PM113-161.1328M-T. In this article, we will examine the application field and working principle of this oscillator in detail.

At its core, the PM113-161.1328M-T is an electronic oscillator designed for frequency stability and general robustness in many applications. Its frequency range is 460 to 860MHz, and its output power is 15 dBm at the maximum frequency. As such, it is perfectly suited for use in applications ranging from cellular networks, satellite downlinks, and radio/television receivers.

However, the PM113-161.1328M-T is not merely limited to those types of applications. In fact, its frequency stability and robust design also make it a great choice for use in more sensitive applications like baby monitors, medical device transmitters, and automated vehicle communication systems. This makes it an ideal choice for more than just the average electronics user.

The PM113-161.1328M-T oscillator utilizes a crystal oscillator core to maintain its frequency stability. This crystal oscillator consists of a pair of quartz crystals, one for the reference frequency, and one for the feedback frequency. These two crystals oscillate at different frequencies and the resulting difference frequency is measured against a reference resistance to determine the output frequency.

In addition to the crystal oscillator, the PM113-161.1328M-T utilizes an integrated circuit amplifier in order to output its signals. This amplifier will take the signals produced by the oscillator and amplify them so that they can be used in various applications. The amplifier can then be connected to an antenna or other item in order to transmit those signals over a desired distance, such as to a receiver, or for other uses.

The PM113-161.1328M-T oscillator is also designed for temperature stability, making it well-suited for use in industrial applications. This temperature stability is achieved through the use of a temperature compensation circuit, which keeps the oscillator operating within an acceptable range even when exposed to extreme temperatures.

The PM113-161.1328M-T is a versatile oscillator suitable for a wide variety of applications. Its wide frequency range, high output power, and temperature stability make it an ideal choice for consumer electronics, medical devices, and even harsh industrial environments alike. As such, it offers a reliable and reliable source of signal for many functions.

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