Strip line resonator structure and magnetic tuning wave trap composed of resonator structure
A stripline and resonator technology, applied in the field of electronic components, can solve the problems of low pass-through frequency, difficult multi-channel integration, and difficult debugging, to suppress excitation mode, increase stop-band depth, and simplify resonance. The effect of circuit structure design
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Embodiment 1
[0025] A stripline resonator structure is composed of a stripline center conductor 8, a stripline outer conductor 11, a gadolinium gallium garnet crystal 10 and a YIG single crystal film 9, wherein the stripline center conductor 8, YIG The single crystal film 9 and the gadolinium gallium garnet crystal 10 are arranged in the strip line outer conductor 11 in sequence; that is, the YIG single crystal film 9 is placed on the strip line center conductor 8, and the end surface structure is as image 3 Shown
[0026] The YIG single crystal film 9 and the strip line form a resonator structure. The entire resonator structure is placed in a uniform magnetic field. The adjustable electromagnet is used to provide a uniform magnetic field. The electromagnet can be designed with a pot-shaped magnetic circuit structure, such as Figure 4 Shown
[0027] A continuously adjustable uniform magnetic field is generated at the air gap of the lower pole of the pot-shaped magnetic circuit, image 3 The st...
Embodiment 2
[0035] Embodiment 2: A stripline resonator structure consisting of a stripline center conductor 8, a stripline outer conductor 11, a gadolinium gallium garnet crystal 10 and a YIG single crystal film 9, wherein the center of the stripline The conductor 8, the YIG single crystal film 9 and the gadolinium gallium garnet crystal 10 are arranged in the strip line outer conductor 11 in sequence; that is, the YIG single crystal film 9 is placed on the strip line center conductor 8, and its end surface structure is as image 3 Shown
[0036] The YIG single crystal film 9 and the strip line form a resonator structure. The entire resonator structure is placed in a uniform magnetic field. The adjustable electromagnet is used to provide a uniform magnetic field. The electromagnet can be designed with a pot-shaped magnetic circuit structure, such as Figure 4 Shown
[0037] A continuously adjustable uniform magnetic field is generated at the air gap of the lower pole of the pot-shaped magnetic ...
Embodiment 3
[0046] A stripline resonator structure is composed of a stripline center conductor 8, a stripline outer conductor 11, a gadolinium gallium garnet crystal 10 and a YIG single crystal film 9, wherein the stripline center conductor 8, YIG The single crystal film 9 and the gadolinium gallium garnet crystal 10 are arranged in the strip line outer conductor 11 in sequence; that is, the YIG single crystal film 9 is placed on the strip line center conductor 8, and the end surface structure is as image 3 Shown
[0047] The YIG single crystal film 9 and the strip line form a resonator structure. The entire resonator structure is placed in a uniform magnetic field. The adjustable electromagnet is used to provide a uniform magnetic field. The electromagnet can be designed with a pot-shaped magnetic circuit structure, such as Figure 4 Shown
[0048] A continuously adjustable uniform magnetic field is generated at the air gap of the lower pole of the pot-shaped magnetic circuit, image 3 The st...
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