Chip type rubidum lamp

Abstract

The invention provides a chip type rubidum lamp which relates to a high frequency light-emitting device, in particular to the chip type rubidum lamp which can be used for a microminiaturization and chThe invention provides a chip type rubidum lamp which relates to a high frequency light-emitting device, in particular to the chip type rubidum lamp which can be used for a microminiaturization and chcon slice on the lower layer, both ends of the electric induction coil are respectively provided with a union joint, and the two union joints are externally connected with a radio-frequency power suppcon slice on the lower layer, both ends of the electric induction coil are respectively provided with a union joint, and the two union joints are externally connected with a radio-frequency power supply; and the upper surfaces of the sheet glass on the upper layer, the silicon slice on the middle layer and the silicon slice on the lower layer are integrated into one chip in a linkage way, and cavily; and the upper surfaces of the sheet glass on the upper layer, the silicon slice on the middle layer and the silicon slice on the lower layer are integrated into one chip in a linkage way, and cavities formed by the through hole on the center of the silicon slice on the middle layer, and the sheet glass on the upper layer and the silicon slice on the lower layer are filled with rubidium-87 inerties formed by the through hole on the center of the silicon slice on the middle layer, and the sheet glass on the upper layer and the silicon slice on the lower layer are filled with rubidium-87 inert gas.t gas.ip type rubidum atomic clock and various traditional and conventional rubidum atomic clocks, can be used as a light source, and can also be widely used for various circumstances demanding energy savinip type rubidum atomic clock and various traditional and conventional rubidum atomic clocks, can be used as a light source, and can also be widely used for various circumstances demanding energy saving and low power consumption. The invention provides the chip type rubidum lamp having smaller volume as well as power consumption and portability. The chip type rubidum lamp is of a three-layer structg and low power consumption. The invention provides the chip type rubidum lamp having smaller volume as well as power consumption and portability. The chip type rubidum lamp is of a three-layer structure, and is provided with an upper sheet glass layer, a middle silicon slice layer and a lower silicon slice layer, wherein a through hole is arranged at the center of a silicon slice on the middle laure, and is provided with an upper sheet glass layer, a middle silicon slice layer and a lower silicon slice layer, wherein a through hole is arranged at the center of a silicon slice on the middle layer, a channel is arranged on one side of the through hole, and the through hole is communicated with the outside by the channel; an electric induction coil is arranged on the bottom surface of a siliyer, a channel is arranged on one side of the through hole, and the through hole is communicated with the outside by the channel; an electric induction coil is arranged on the bottom surface of a sili

Description

technical field [0001] The present invention relates to a high-frequency light-emitting device, in particular to a device that can be used not only for miniaturization and chip-type rubidium atomic clocks, but also for various traditional rubidium atomic clocks, and can also be widely used as a light source It is suitable for various chip-type rubidium lamps that require energy-saving and low-power consumption light sources. Background technique [0002] With the development of modern science and technology, many fields such as satellite communication technology, global satellite positioning system (GPS), radar system, traffic control system and power dispatching need more stable and accurate time and frequency signals. Traditional mechanical timing and crystal oscillator timing It can no longer meet the needs. Atomic frequency standards, also known as atomic clocks, have extremely high stability and accuracy, and have been used more and more widely. Among them, the rubidi...

AI Technical Summary

Problems solved by technology

[0010] The purpose of the present invention is to provide a chip-type rubidium lamp with small volume, low power consumption and easy to carry in view of the shortcomings of existing rubidium lamps such as large volume, high power consumption, and inconvenient portability.

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