TWI741432B - Radio frequency electronic component test device and its application test equipment - Google Patents

Abstract

A radio frequency electronic component testing device includes a first platform, a second platform, an antenna tester, and an electrical tester. The first platform is for assembling at least one antenna tester, and the working axis of the antenna tester is in a preset direction. For receiving the wireless signal transmitted by the antenna of the radio frequency electronic component, the second platform is for assembling at least one electrical tester. The electrical tester is provided with at least one joint component, and at least one of the joint components is electrically connected to the testing station. There is no signal interference between the test station and the antenna tester of the radio frequency electronic components, so that the antenna of the radio frequency electronic component emits a beam to the preset direction at the test station to perform wireless signal testing operations, and the electrical tester performs the radio signal test operation. The components perform electrical test operations to achieve practical benefits of improving test performance.

Description

Radio frequency electronic component test device and its application test equipment

The invention provides a testing device for testing radio frequency electronic components with antennas.

Nowadays, in order to increase the data transmission speed of mobile communication area wireless network system, wireless communication area network system or Bluetooth wireless personal network system, etc., a radio frequency electronic component with multiple built-in antennas is The important application of the aforementioned communication system; the antenna's transmitting field type varies according to the application site. For example, the dipole antenna has an omnidirectional transmitting field type, which is applied to terminal equipment, so that the terminal equipment can receive wireless signals transmitted by beams of different directions. ; Such as the antenna of a wireless network access device , You need to be able to generate a specific directional (such as 0° or 45° or 30° directional) of the transmitting field type, and receive the wireless signal sent by the device at a specific location. At present, radio frequency electronic components are equipped with multiple contacts on one side and multiple antennas arranged in an array on at least one side. The phase of each antenna and beamforming technology are used to adjust the transmission field pattern, even if the antenna array is in a specific direction. Transmitting/receiving wireless signals are superimposed uniformly to produce the best transmitting/receiving beam; therefore, how to test the transmission performance of radio frequency electronic component antennas for wireless signal transmission in different directions and eliminate defective products is the target of the industry's research and development.

The first object of the present invention is to provide a radio frequency electronic component test device, including a first platform, a second platform, an antenna tester and an electrical tester. The first platform is for assembling at least one antenna tester. The working axis is located in a preset direction for receiving the wireless signal transmitted by the antenna of the radio frequency electronic component. The second platform is used for assembling at least one electrical tester. The electrical tester is provided with at least one joint component for power supply. Sexually connect at least one radio frequency electronic component at the test station , There is no signal interference between the test station and the antenna tester, so that the antenna of the radio frequency electronic component emits a beam to the preset direction at the test station to perform wireless signal testing operations, and the electrical tester performs electrical properties on the radio frequency electronic components The test operation achieves the practical benefit of improving the test performance.

The second objective of the present invention is to provide a radio frequency electronic component testing device, wherein the The first platform is set on the first adjuster. The first adjuster can drive and adjust the placement position or angle of the first platform and the antenna tester installed on it according to the different directions of the radio frequency electronic components to be tested, so that the antenna tester It is convenient to test radio frequency electronic components of different directions, thereby effectively reducing the number of antenna tester configurations , To achieve the practical benefit of saving the cost of antenna tester.

The third objective of the present invention is to provide a radio frequency electronic component testing device, wherein the The second platform is set on the second adjuster. The second adjuster can drive and adjust the placement position or angle of the second platform and the electrical tester mounted on the The position and angle of the radio frequency electronic components on the tester can be adjusted to facilitate the testing of radio frequency electronic components of different orientations, thereby effectively reducing the number of antenna tester configurations and achieving practical benefits of saving the cost of the antenna tester.

The fourth object of the present invention is to provide a radio frequency electronic component testing device, which further includes at least one transfer device to enter/remove the radio frequency electronic component in a preset test work position, so as to achieve the practical benefit of improving the convenience of transfer.

The fifth object of the present invention is to provide a test equipment using radio frequency electronic component test equipment, including a machine, a feeding device, a receiving device, the test device of the present invention, a conveying device, and a central control device; the feeding device is configured in the machine The stage is equipped with at least one feeding holder for accommodating the radio frequency electronic components to be tested; the receiving device is arranged on the machine table and is equipped with at least one receiving holder for accommodating the tested radio frequency electronic components; The test device of the invention is configured on the machine platform, including a first platform, a second platform, an antenna tester, and an electrical tester to test radio frequency electronic components with an antenna; the conveying device is configured on the machine platform and is provided with at least A conveyor is used to transport radio frequency electronic components; the central control device is used to control and integrate the actions of various devices to perform automated operations and achieve practical benefits of improving operational performance.

In order to enable your reviewer to have a better understanding of the present invention, a preferred embodiment is given with the drawings, and the details are as follows.

Please refer to FIG. 1, which is the first embodiment of the test device 10 of the present invention. The test device 10 includes a first platform 11, a second platform 12, an antenna tester 13 and an electrical tester 14, and further includes a transfer device 15.

The first platform 11 is for assembling at least one antenna tester 13. Furthermore, the first platform 11 can be at least one panel, end, frame or base, or a part of the antenna tester 13 connected to related components As the first platform 11, the type of the first platform 11 can be used as long as the antenna tester 13 can be assembled. For example, when the first platform 11 includes a plurality of panels in different positions, it can be equipped with a plurality of antenna testers 13 in different positions. In other words, the first platform 11 can be the platform of the machine and the supporting part of the adjuster. , The panel of the test room, the panel of the box cover, the supporting part of the transfer device, the supporting part of the carrier or the frame plate of the holder, etc. The carrier can be a rotating tool, a linear drive source (such as an actuator, a slide rail) Group or screw seat group, etc.) or include the box cover and the driving source that can drive the displacement of the box cover, the transfer device includes the work fixture and another drive source that can drive the displacement of the work fixture, the first platform 11 can be a fixed type Or movable, the movable first platform 11 can be displaced or rotated in at least one direction, or can be displaced and rotated in at least one direction; for example, when the first platform 11 is a table of a machine, a panel of a test room Or the support plate, the antenna tester 13 can be fixed at the preset position; for example, when the first platform 11 is the supporting part of the adjuster, the antenna tester 13 is driven to rotate and adjust the placement angle Or make at least one direction displacement to change the placement position; for example, when the first platform 11 is the carrying part of the transfer arm, the antenna tester 13 can be driven to move in at least one direction; for example, when the first platform 11 is a carrier When the component is mounted, the antenna tester 13 can be driven to perform linear displacement or rotational displacement; in this embodiment, the first platform 11 is a fixed configuration and is located above the second platform 12 for assembly antenna testing器13.

The second platform 12 is for assembling at least one electrical tester 14. Furthermore, the second platform 12 can be at least one panel, an end, a frame or a base, or it can be connected to related components of the electrical tester 14. The second platform 12 can be used as the second platform 12, as long as the second platform 12 can be equipped with the electrical tester 14. In other words, the second platform 12 can be the platform of the machine and the mounting part of the adjuster. , The panel of the test room , The supporting part of the transfer arm, the supporting part of the carrier or the frame plate of the bearing, etc. The carrier can be a rotating tool, a linear drive source (such as an actuator arm, a slide rail set or a screw and screw seat set, etc.) or include The box cover and the driving source that can drive the displacement of the box cover. The transfer device includes a work fixture and another drive source that can drive the displacement of the work fixture. The second platform 12 can be a fixed or movable second platform. 12 can be displaced in at least one direction or angle, or at least in one direction and angle; for example, when the second platform 12 is the table of the machine, the panel of the test room, or the frame of the bearing, it can be The electrical tester 14 is fixed at a preset position; for example, when the second platform 12 is the supporting part of the adjuster, the electrical tester 14 can be driven to rotate angularly to adjust the placement angle or make at least one direction displacement. Change the placement position; for example, when the second platform 12 is the supporting part of the transfer arm, the electrical tester 14 can be driven to move in at least one direction; for example, when the second platform 12 is the supporting part of the carrier, It can drive the electrical tester 14 to perform linear displacement or rotational displacement; and when the second platform 12 is relative to the first platform 11, a test channel can be formed between the two for the radio frequency electronic component 30 to transmit wireless signals: Furthermore, the second platform 12 and the first platform 11 can be set on the same or different objects. For example, the first platform 11 and the second platform 12 can be set in the same test room or moving arm, so that the antenna tester 13 and the electrical tester 14 is located in the same test room or material moving arm; in this embodiment, the second platform 12 is a fixed configuration and is located below the first platform 11 for assembling the electrical tester 14.

The antenna tester 13 is assembled on the first platform 11 and is provided with at least one signal work piece 131 for the radio frequency electronic component 30 to perform wireless signal testing operations. For example, the antenna tester 13 performs wireless signal reception on the radio frequency electronic component 30 For example, the antenna tester 13 performs the operation of transmitting wireless signals to the radio frequency electronic component 30, for example, the antenna tester 13 performs the operation of receiving and transmitting wireless signals to the radio frequency electronic component 30, and the antenna tester 13 can be connected to an independent processor (Not shown in the figure), in order to transmit the wireless signal of the receiving radio frequency electronic component 30 to the processor, or transmit the wireless signal for testing of the processor to the radio frequency electronic component 30, the processor can also be a central control device (figure (Not shown) processor; furthermore, the angle of the operating axis L of the signal work piece 131 of the antenna tester 13 is the same or close to the direction to be measured of the radio frequency electronic component 30 (such as 0° or 45° or 30° ), so that the antenna tester 13 can receive the wireless signal of the beam emitted from the direction to be tested of the radio frequency electronic component 30, or send out the wireless signal for testing toward the direction to be tested of the radio frequency electronic component 30. The test device 10 can be required for the test operation The number and position of the antenna tester 13 are changed. For example, when testing a single-point wireless signal, a single antenna tester 13 can be configured. For example, when testing a wireless signal with different directions, multiple antenna testers can be placed at multiple locations. 13; In this embodiment, the antenna tester 13 is assembled on the first platform 11, and the operating axis L of the signal work piece 131 of the antenna tester 13 is located at 0°, for receiving the radio frequency electronic components 30 The wireless signal and the received wireless signal are transmitted to the processor of the central control device for analysis by the processor to determine whether the strength of the wireless signal emitted by the beam to be measured of the radio frequency electronic component 30 meets the standard.

The electrical tester 14 is assembled on the second platform 12, and is provided with an electrical circuit board 141 and at least one joining component 142. The joining component 142 is electrically connected to at least one radio frequency electronic component 30 at the testing station, and tests There is no signal interference between the station and the antenna tester 13, so that the antenna of the radio frequency electronic component 30 emits a beam to the preset direction at the test station for wireless signal testing, and the electrical tester 14 performs the radio frequency electronic component 30 Electrical testing operations; further, the electrical tester 14 includes a circuit board 141, at least one joining component 142, and a supporting component 143, the supporting component 143 is used to hold the radio frequency electronic component 30, and one end of the joining component 142 is electrically connected to the circuit The other end of the board 141 is electrically connected to the radio frequency electronic component 30. The supporting member 143 can be an independent base or a supporting part of the carrier. , And the test station is a preset position where the radio frequency electronic component 30 performs the test operation. The test station can be located at the electrical tester 14, the carrier, the transfer device or the socket, etc., depending on the requirements of different test operations. Without being limited to this embodiment, there is no signal interference component (such as metal or conductive component) between the test station and the antenna tester 13 to avoid loss of wireless signals during the transmission process; in this embodiment, the electrical test The device 14 is assembled on the second platform 12 and includes a circuit board 141, a plurality of joining components 142 and a supporting component 143, and further includes at least one positioning component 144 for positioning the radio frequency electronic component 30. The positioning component 144 can be a clamp Or a vent hole to clamp or adsorb the radio frequency electronic component 30. The circuit board 141 supports a supporting component 143, and the supporting component 143 penetrates a plurality of joint components 142. One end of the plurality of joining parts 142 is electrically connected to the circuit board 141, and the other end is electrically connected to the radio frequency electronic component 30. In addition, a plurality of positioning parts 144, which are exhaust holes, are arranged inside the supporting part 143. The positioning parts 144 Connect an air extraction device (not shown in the figure) to absorb or release the radio frequency electronic component 30. The test station is the supporting part 143 for the radio frequency electronic component 30 to perform the test operation, in other words , The transmission path between the supporting component 143 and the antenna tester 13 does not have signal interference components.

The at least one transfer device 15 is displaced in at least one direction to transfer the radio frequency electronic component 30. Furthermore, the transfer device 15 includes a driving source and a work fixture, and the drive source drives the work fixture to move in at least one direction Or rotational displacement, the work fixture can be a suction nozzle, a clamp or a crimping part, and it can transfer or crimp the RF electronic component 30, or it can transfer and crimp the RF electronic component 30. ; For example, the transfer device 15 can simply transfer the radio frequency electronic component 30 to the test station of the electrical tester 14, for example, the transfer device 15 can transfer the RF electronic component 30 to the test station of the electrical tester 14, And press down the radio frequency electronic component 30 so that the contacts of the radio frequency electronic component 30 are indeed in electrical contact with the joint part 142 of the electrical tester 14, and the radio signal of the radio frequency electronic component 30 is transmitted to the antenna tester through the carrier 15 13; In this embodiment, the transfer device 15 is displaced in the XYZ direction to move the radio frequency electronic component 30 to be tested into the supporting component 143 (ie, the test station) of the electrical tester 14, and perform the electrical test The device 14 removes the radio frequency electronic component 30 that has been tested.

Furthermore, the testing device 10 is provided with at least one intermediary (not shown in the figure) between the antenna tester 13 and the testing station. The intermediary may be a rhomboid mirror or a refraction element, etc. The intermediary is connected to the radio frequency electronic component 30. It transmits and transmits wireless signals between the antenna tester 13 and the antenna tester 13.

Please refer to Figures 1 and 2, the transfer device 15 is to absorb a radio frequency electronic component 30 to be tested. The RF electronic component 30 has a plurality of contacts 31 on one side and an antenna 32 on the other side. The transfer device 15 is used in the XZ direction. Displacement moves the radio frequency electronic component 30 to be tested on the supporting part 143 of the electrical tester 14 (I.e. testing station), the electrical tester 14 is positioned by the positioning component 144 to adsorb the radio frequency electronic component 30, and the contact 31 of the radio frequency electronic component 30 is electrically contacted with the joint component 142 of the electrical tester 14, and the electrical test The circuit board 141 of the device 14 performs an electrical test operation on the radio frequency electronic component 30 through the bonding part 142, and at the same time , Because the direction to be measured of the antenna 32 of the radio frequency electronic component 30 is 0°, and the angle of the working axis L of the signal work piece 131 of the antenna tester 13 is the same as the direction to be measured of the radio frequency electronic component 30 and is 0°. The transmission path between the component 143 and the antenna tester 13 does not have signal interference components. When the antenna 32 of the radio frequency electronic component 30 at the test station emits a beam toward 0° to transmit wireless signals, the signal operation part of the antenna tester 13 131 is to receive the wireless signal of the radio frequency electronic component 30 and transmit the received radio signal to the processor of the central control device for an analysis by the processor to determine the strength of the radio signal emitted by the direction to be measured of the radio frequency electronic component 30 Whether it meets the standard; if it is, it is judged that the radio frequency electronic component 30 is a good product, otherwise, it is judged that the radio frequency electronic component 30 is a defective product, which achieves the practical benefit of testing the quality of the radio frequency electronic component 30.

Please refer to Figure 3, which is the second embodiment of the test device 10 of the present invention. When the number and position of the antenna 32A of the radio frequency electronic component 30A change, the transmission direction of the beam will also change. The first platform 11 of this embodiment The first part 111A, 111B, 111C, which includes a plurality of different positions and is a frame, is used for assembling a plurality of antenna testers 13A, 13B, 13C, so that a plurality of antenna testers 13A , 3B, and 13C are located in different directions. For example, the antenna tester 13B is located at 45°, and the radio signal of the radio frequency electronic component to be tested is at 45°. For example, the antenna tester 13C is located at 30° and can be tested. The radio signal of the radio frequency electronic component to be tested at 30° is directed to the emitted beam; in this embodiment, the radio signal to be measured of the plurality of antennas 32A of the radio frequency electronic component 30A is 45°. When the radio frequency electronic component 30A is in the electrical tester While the test station of 14 is performing electrical testing operations, the radio frequency electronic component 30A emits a beam toward 45° to transmit wireless signals. The test device 10 uses the antenna tester 13B positioned at 45° to receive the radio frequency of the radio frequency electronic component 30A. It transmits the received wireless signal to the processor of the central control device, and judges whether the strength of the wireless signal emitted by the 45° direction of the radio frequency electronic component 30A to be tested meets the standard.

Please refer to FIG. 4, which is the third embodiment of the test device 10 of the present invention. The first platform 161 is set on the first adjuster. The first adjuster has a first mounting part and a first driving source. The mounting part can be a part of the first driving source, or a panel mounted on the first driving source, that is, the first platform 161 can be a first mounting part of an independent panel mounted on the first adjuster, or A supporting component is used as the first platform 161. In other words, the first platform 161 may be a part of the first driving source or a panel mounted on the first driving source; in this embodiment, the first stage of the first adjuster A supporting component is a panel, and the testing device 10 uses the first supporting component as a first platform 161 for assembling the antenna tester 13 , And the first platform 161 is assembled to the first driving source 162. The first driving source 162 can be a robot arm, a rotating shaft, a slide rail group or a plurality of adjusting rods to drive the first platform 161 and the antenna tester 13 Adjust the placement position or angle according to the test orientation of the test operation, so that the antenna tester 13 can be located at different positions such as 0°pointing, 45°pointing or 30°pointing, so as to facilitate the testing of radio frequency electronic components with different orientations; In the embodiment, the first driving source 162 drives the first platform 161 to change its orientation to 45°, so as to test the antenna 32B of the radio frequency electronic component 30B at 45° to emit the wireless signal of the beam; therefore, the first platform 161 can By adjusting the placement angle or position of the antenna tester 13 by the first adjuster, there is no need to arrange multiple antenna testers 13 at positions of different orientations, so as to effectively reduce the number of antenna testers 13 and achieve practical benefits of cost saving.

Please refer to FIG. 5, which is the fourth embodiment of the test device 10 of the present invention. The second platform 171 is provided on the second adjuster. The second adjuster has a second mounting part and a second driving source. The mounting part can be a part of the second driving source, or a panel mounted on the second driving source, that is, the second platform 171 can be a second mounting part of an independent panel mounted on the second adjuster, or The two mounting parts serve as the second platform 171. In other words, the second platform 171 can be a part of the second driving source or a panel mounted on the second driving source; in this embodiment, the second adjuster The second mounting part is a panel, and the testing device 10 uses the second mounting part as a second platform 171 for assembling the electrical tester 14 , And the second platform 171 is assembled on the second driving source 172. The second driving source 172 can be a robot arm, a rotating shaft, a slide rail group or a plurality of adjusting rods to drive the second platform 171 and the electrical tester 14 Adjust the placement position or angle according to the test orientation of the test operation, so that the electrical tester 14 can be located at different positions such as 0°pointing, 45°pointing, or 30°pointing, or it may be placed differently on the spot. 0° pointing, 45° pointing or 30° pointing, and the electrical tester 14 is combined with the single antenna tester 13 on the first platform 11 to test the different directions to be tested of the radio frequency electronic components; in this embodiment , The second driving source 172 drives the second platform 171 and the electrical tester 14 to change the orientation to 45°, so as to test the antenna 32B of the radio frequency electronic component 30B at 45° to emit the wireless signal of the beam; therefore, the second The platform 171 can adjust the placement angle of the electrical tester 14 and the radio frequency electronic component 30B by the second adjuster, without disposing the antenna tester 13 at different pointing positions, so as to effectively reduce the number of antenna testers 13 to save Practical benefits of cost.

Please refer to Fig. 6, which is the fifth embodiment of the test device 10 of the present invention. The antenna tester 13 and the electrical tester 14 are located in a closed test room during testing. The test room can be an independent and door panel. Box room, or a box cover with a door panel fixed on the machine, and a test room is formed between the box cover and the machine , Or dispose a cover that can be displaced in the Z direction above the machine, so that when the cover is placed on the machine, a test room is formed between the cover and the machine, and the first platform 181 can be another of the test rooms. One panel (such as the top panel of the box cover) for assembling the antenna tester 13, and the second platform 182 can be another panel of the test room (such as a machine ) For assembling the electrical tester 14; in this embodiment, the testing device 10 uses a machine as the second platform 182 for assembling the electrical tester 14, and a door 184 is fixed on the second platform 182 A test chamber 185 is formed between the second platform 182 and the box cover 32. The test device 10 uses the top plate of the box cover 183 as the first platform 181 for assembling the antenna tester 13; There is at least one delivery pipe 186 capable of inputting preset temperature fluid. In this embodiment, at least one delivery pipe 186 capable of inputting preset temperature fluid is provided in the tank cover 183. The delivery pipe 186 transports the preset temperature fluid to The test room 185 makes the test room 185 form a test environment that simulates the temperature of the application place of radio frequency electronic components in the future; when the door panel 184 of the box cover 183 is opened, a transfer device 15 with a suction nozzle is used to transfer the radio frequency electronic component 30 to be tested Move into the test room 185 and place it in the test station of the electrical tester 14. When the transferer 15 exits the test room 185, the door 184 of the box cover 183 is closed, so that the radio frequency electronic component 30 performs wireless in the test room 185. Signal test work and electrical test work.

Please refer to Figures 7 and 8, which are the sixth embodiment of the test device 10 of the present invention. The antenna tester 13 and the electrical tester 14 are located in a closed test room during testing. The first platform 191 can be a part of the test room. One panel (such as the panel of the carrier) is used for assembling the antenna tester 13, and the second platform 192 can be the other panel (such as a machine) of the test room for assembling the electrical tester 14; in this embodiment In the testing device 10, a machine is used as the second platform 192 for assembling the electrical tester 14, and a carrier is set above the second platform 192. The carrier includes an outer cover 193 and a driving outer cover 193 for Z-direction displacement The third driving source 194, when the third driving source 194 drives the cover 193 and the cover is placed on the second platform 192, a test chamber is formed between the cover 193 and the second platform 192, and the test device 10 is the top plate of the cover 193 as the first platform 191, for assembling the antenna tester 13; when the cover 193 is opened, a transferer 15 with a suction nozzle moves the radio frequency electronic component 30 to be tested into the electrical tester 14, and the transferer 15 exits the electrical test When the device 14 is above, the third driving source 194 drives the outer cover 193 to move the cover in the Z direction to be placed on the second platform 192, so that the radio frequency electronic component 30 performs the wireless signal test operation and the electrical test operation in the test room.

Please refer to Figures 9 and 10, which are the seventh embodiment of the test device 10 of the present invention. The first platform 201 can be one of the panels of the test room (such as the bottom plate of the box) for assembling the antenna tester 13, the second The platform 202 can be a panel of the transfer device for assembling the electrical tester 14; in this embodiment, the testing device 10 is mounted on the machine 204 with a box 203 with a test chamber 2031, and the box 203 A socket 2032 is provided on the outside of the top plate. The socket 2032 is used to hold the radio frequency electronic component 30. The socket 2032 is provided with a through hole 2033 communicating with the test chamber 2031. The socket 2032 is the test station. The test station is between the test station and the antenna tester 13. There is no signal interference component in the transmission path. The test device 10 uses the bottom plate of the box 203 as the first platform 201 for assembling the antenna tester 13. The test device 10 is provided with a transfer device above the support 2032. It includes a fourth drive source 2051 and a work fixture. The fourth drive source 2051 drives the work fixture to move in at least one direction. The work fixture can be a nozzle, a clamp, or a crimping part to perform transfer and transfer of radio frequency electronic components 30 Either crimping the radio frequency electronic component 30, or performing transfer and crimping of the radio frequency electronic component 30; in this embodiment, the work fixture of the transfer device is the suction nozzle 2052 to transfer the radio frequency electronic component 30, the second platform 202 is assembled on the transfer device and driven by the fourth driving source 2051 for displacement in the XZ direction, and the electrical tester 14 is assembled on the second platform 202 , And is provided with a first circuit board 145, a first joint part 146 and a second joint part 147 for electrical contact. The first joint part 146 is for power connection to the contacts of the radio frequency electronic component 30, and the second joint part 147 is for power supply The second circuit board 148 assembled on the socket 2032 is sexually connected; the test device 10 further includes at least one carrier , For carrying the radio frequency electronic components. In this embodiment, a first carrier 211 and a second carrier 212, a first carrier 211 and a second carrier 212 are respectively provided on both sides of the bearing 2032 It is used to carry the radio frequency electronic component 30; furthermore, the test device 10 is provided with at least one temperature control 221 on the transfer device or the second platform 202 for the temperature control of the radio frequency electronic component 30 to simulate the temperature of the application site of the radio frequency electronic component in the future The test environment; during the test, the transferer uses the fourth driving source 2051 to drive the suction nozzle 2052, the second platform 202 and the electrical tester 14 for displacement in the XZ direction, so that the suction nozzle 2052 is taken out of the first stage 211 RF electronic components to be tested 30 , And electrically connect the first joint part 146 of the electrical tester 14 to the contact point of the radio frequency electronic component 30. When the suction nozzle 2052 moves the radio frequency electronic component 30 into the socket 2032, the second joint part of the electrical tester 14 147 is electrically connected to the second circuit board 148 on the socket 2032, and the first joint part 146 is pressed down on the radio frequency electronic component 30, so that the electrical tester 14 uses the first circuit board 145, the first joint part 146, and the first joint part 146. The second joining component 147 and the second circuit board 148 perform electrical testing operations on the radio frequency electronic component 30. At the same time, the antenna 32 of the radio frequency electronic component 30 emits a beam of wireless signals at 0°, and the antenna tester 13 receives the radio frequency electronic component 30. The wireless signal is transmitted to the processor of the central control device to determine the test quality of the radio frequency electronic component 30.

Please refer to Figures 1 and 11, which are schematic diagrams of the testing device 10 of the present invention applied to testing equipment, including the machine 40, the feeding device 50, the receiving device 60, the testing device 10 of the present invention, the conveying device 70 and the central control device ( (Not shown in the figure); the feeding device 50 is arranged on the machine 40, and is provided with at least one feeding holder 51 containing the radio frequency electronic component to be tested; the receiving device 60 is arranged on the machine 40, and There is at least one receiving receiver 61 for accommodating the tested radio frequency electronic components; the testing device 10 of the present invention is arranged on the machine 40, and includes a first platform 11, a second platform 12, an antenna tester 13 and electrical properties The tester 14 performs electrical test operations and wireless signal test operations on radio frequency electronic components. In this embodiment, the test device 10 is provided with a plurality of first platforms on the first side and the second side of the machine 40, respectively 11. A plurality of second platforms 12, a plurality of antenna testers 13 and a plurality of electrical testers 14, and the test device 10 is additionally equipped with a first transfer device 151 and a second transfer device 152 on the machine 40, so as to The plurality of electrical testers 14 on the first side and the plurality of electrical testers 14 on the second side transfer the radio frequency electronic components to be tested/tested; the conveying device 70 is arranged on the machine 40 and is provided with at least A conveyor for conveying radio frequency electronic components. In this embodiment, the conveying device 70 is provided with a first conveyor 71 that is displaced in the XYZ direction, and the first conveyor 71 is a picker for the feeding device 50 Take out the radio frequency electronic component to be tested and transfer it to the second conveyor 72 and the third conveyor 73 with a stage. The first transferer 151 takes out the radio frequency electronic component to be tested on the second conveyor 72. The transferer 152 moves the tested radio frequency electronic components into the third conveyor 73. The first conveyor 71 takes out the tested radio frequency electronic components from the third conveyor 73 and transfers the tested radio frequency electronic components according to the test results. It is transferred to the receiving device 60 to be sorted and stored; the central control device is used to control and integrate the actions of various devices to perform automated operations and achieve practical benefits of improving operational efficiency.

10: Test device 11: The first platform 111A, 111B, 111C: the first part 12: The second platform 13, 13A, 13B, 13C: antenna tester 131: Signal work piece 14: Electrical tester 141: circuit board 142: Joining Parts 143: bearing parts 144: Positioning parts 145: The first circuit board 146: The first joint part 147: The second joint part 148: second circuit board 15: transfer device 151: The first transfer device 152: Second transfer device 161: The first platform 162: The first drive source 171: The second platform 172: second drive source 181: The first platform 182: The second platform 183: box cover 184: Door Panel 185: test room 186: Conveying Pipe 191: The first platform 192: The second platform 193: Outer Cover 194: Third Drive Source 201: The first platform 202: second platform 203: Box 2031: test room 2032: seat 2033: Through hole 204: Machine 2051: Fourth drive source 2052: Nozzle 211: first stage 212: second stage 221: temperature control 30, 30A, 30B: RF electronic components 31: Contact 32, 32A, 32B: antenna L: work axis 40: Machine 50: Feeding device 51: Feeder 61: Receiving holder 70: Conveying device 71: The first conveyor 72: second conveyor 73: Third Conveyor

Figure 1: A schematic diagram of the first embodiment of the testing device of the present invention. Figure 2: A schematic diagram of the use of the first embodiment of the testing device of the present invention. Figure 3: A schematic diagram of the second embodiment of the testing device of the present invention. Figure 4: A schematic diagram of the third embodiment of the testing device of the present invention. Figure 5: A schematic diagram of the fourth embodiment of the testing device of the present invention. Figure 6: A schematic diagram of the fifth embodiment of the testing device of the present invention. Figure 7: A schematic diagram of the sixth embodiment of the testing device of the present invention. Figure 8: A schematic diagram of the use of the sixth embodiment of the testing device of the present invention. Figure 9: A schematic diagram of the seventh embodiment of the testing device of the present invention. Figure 10: A schematic diagram of the use of the seventh embodiment of the testing device of the present invention. Figure 11: A schematic diagram of the testing device of the present invention applied to testing equipment.

10: Test device

11: The first platform

12: The second platform

13: Antenna tester

131: Signal work piece

14: Electrical tester

141: circuit board

142: Joining Parts

143: bearing parts

144: Positioning parts

15: transfer device

30: RF electronic components

31: Contact

32: Antenna

L: work axis

Claims (7)

A radio frequency electronic component testing device, comprising: a first platform; a second platform; an antenna tester: assembled on the first platform and provided with at least one signal work piece for the radio frequency electronic component at the test station To perform wireless signal testing operations, there are no signal interference components between the testing station and the antenna tester; electrical tester: is assembled on the second platform, and is provided with an electrical circuit board and at least one joint component, The joining component is electrically connected to the radio frequency electronic component at the test station to perform electrical testing; wherein, the first platform is provided on the first adjuster for at least one direction displacement or angular rotation, or At least one direction displacement and angle rotation are made to allow the radio frequency electronic component to be positioned at the test station to align the antenna tester with the direction to be tested. The radio frequency electronic component test device according to claim 1, wherein the first platform is at least one panel, end, frame or base, or a part connected to a related component of the antenna tester is used as the first platform One platform. The radio frequency electronic component testing device according to claim 1, wherein the second platform is at least one panel, end, frame or base, or a part connected to related components of the electrical tester is used as the The second platform. The radio frequency electronic component testing device according to claim 1, wherein the test station is a preset position where the radio frequency electronic component performs a test operation. The radio frequency electronic component testing device according to claim 1, wherein the electrical tester is provided with at least one positioning component for positioning the radio frequency electronic component. The radio frequency electronic component testing device according to claim 1, further comprising at least one carrier for carrying the radio frequency electronic component. A radio frequency electronic component testing equipment, comprising: a machine; a feeding device: is arranged on the machine, and is provided with at least one feeding holder for accommodating the radio frequency electronic component to be tested; and the receiving device: is arranged on the machine The machine is equipped with at least one receiving carrier for accommodating the tested radio frequency electronic components; at least one radio frequency electronic component testing device as described in claim 1: is configured on the machine for testing radio frequency electronic components Components; Conveying device: It is arranged on the machine and is equipped with at least one conveyor for conveying radio frequency electronic components; Central control device: It is used to control and integrate the actions of various devices to perform automated operations.

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