Crystal oscillator test circuit
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A crystal is an electromechanical resonator which resonates at its natural frequency when excited with electrical energy. Figure 8 shows a conventional crystal oscillator circuit. The equivalent circuit of a crystal consists of a series RLC circuit with a parasitic parallel capacitor Cp. The frequency of oscillation is determined by Lm and Cm.
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The ability of crystal oscillators to provide an extremely stable clock is the primary reason for its prevalence. However, a crystal oscillator consumes significant amounts of power to operate, which increases exponentially with frequency Figure 1 shows the power consumption of a crystal oscillator with respect to frequency. Figure 1.
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Figure 1 shows the test circuit board populated with the PXO-570 oscillator along with a couple of filter capacitors. Figure 1. Oscillator chip and capacitors mounted on circuit board. Test Results. Temperature Effects. The output frequency of the PX-570 crystal oscillator as a function of temperature is shown in Figure 2.
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On a 110 volt circuit, where the white wire is common; the black wire would normally be: 24 volts. 110 volts. 220 volts. 440 volts. None of the above. On a 220 volt circuit, where the white wire is common, the red wire would normally be: 24 volts. 110 volts. 220 volts. 440 volts. None of the above
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As with the Crystal Oscillator, a capacitor in the output line prevents DC current from being drawn from the circuit under test. Using the Wideband Noise Generator The Wideband Noise Generator produces a noise signal that covers the entire HF Spectrum and beyond, providing useful signals from about 1 MHz up through 50 MHz.
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Test Results. Overview. Figure 1 is the block diagram of PI6C49X0210 demo board and Figures 2 is the top view of Demo board. Crystal, Ref0 and Ref1 can be selected as clock source input through JP1, JP2 and JP3. There are 10 output Jumpers for clock output test. Figure 1: Block Diagram of PI6C49X0210 Demo Board Figure 2: Top View of PI6C49X0210 ...
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A crystal oven could be used to supply a similar accuracy, except that the oven require the application of power to provide the correct frequency and is available for use immediately after power-on. Fig. 8.10(a) shows a simplified diagram of temperature-compensated crystal oscillator.
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The Pierce oscillator is a crystal oscillator that uses the crystal as part of its feedback path and therefore has no resonant tank circuit. The Pierce Oscillator uses a JFET as its amplifying device as it provides a very high input impedance with the crystal connected between the output Drain terminal and the input Gate terminal as shown below.
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Clock generation begins on a system board, where the global system clock reference is generated from a "crystal" oscillator. This is a circuit that uses a piezoelectric quartz crystal or some other ceramic material, as a mechanical representation of an electrical LRC series resonant circuit.
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