20 results about "BNC connector" patented technology

The utility model relates to the technical field of driving power supplies, and discloses a driving power supply which comprises a driving power supply shell, a power supply mainboard is fixedly connected in the driving power supply shell, and a power supply host switching board is fixedly connected in the driving power supply shell. According to the utility model, the matching is almost stable and reliable for high-power ultrasonic equipment through setting the whole equipment, other matching current of a power supply can be synchronously driven through the built-in change-over switch, the power supply can be better matched with a load, different loads can be driven, the working adaptability is better, and the power supply is more stable and reliable. The whole equipment is set to have power supply program automatic switching output, a host or a welding power supply is driven in sequence through a BNC (bayonet nut connector), frequency searching is carried out again and the matching problem between the power supply driver and the host is matched every time an output port is switched, so that the working efficiency is improved, and the working efficiency is improved. Alarm or other abnormal problems caused by replacement of the output port are avoided.

The utility model relates to a portable piezoelectric vibration sensor detection device comprising a housing, the surface of the housing is provided with a BNC joint, a display screen, a control keyboard and a USB interface, the housing is internally provided with a circuit board assembly and a power supply module, the circuit board assembly is respectively connected with the BNC joint, the display screen, the control keyboard and the USB interface, and the power supply module is connected with the BNC joint, the display screen, the control keyboard and the USB interface. The power supply module is respectively connected with the control keyboard, the display screen, the circuit board assembly and the USB interface and supplies power to the control keyboard, the display screen, the circuit board assembly and the USB interface; and the circuit board assembly comprises a single chip microcomputer module. According to the utility model, a circuit board assembly program is adopted to call characteristic data of different types of sensors in a database, the accessed sensors are automatically detected, and a detection result is printed on the display screen to be displayed and is used for rapidly positioning faults of the sensors.

The utility model relates to the technical field of optical modules, in particular to a BNC interface optical module for 12G-SDI, and the electric port side of the optical module is connected with a BNC connector; the output side of the BNC connector is connected to the optical module transmitter, the optical module transmitter comprises a self-adaptive equalizer, a transmitting clock data recovery unit, a driving circuit and an optical transmitting end which are connected in sequence, and the optical transmitting end is connected to the optical module receiver through an optical cable; the output side of the optical module receiver is connected to the input side of the BNC connector, and the optical module receiver comprises an optical receiving end, an amplifier, a received clock data recovery unit and a cable driver which are connected in sequence. And the optical fiber connection of the ST interface is adopted at the optical port side of the optical module, so that the transmission distance is prolonged to 10km from 75m of a radio frequency coaxial cable.

The utility model discloses a BNC connector with stable connection, which comprises a connector main body, the outer side wall of the connector main body is provided with a bayonet groove and a circular groove, one end of the connector main body is provided with a notch, the notch, the bayonet groove and the circular groove are communicated, the outer side of the connector main body is slidably provided with a locking ring, one side of the locking ring is integrally provided with a stop block, and the stop block is provided with a locking groove. A transverse groove is formed in the outer side of the connector body and communicated with the bayonet groove, the check block is slidably installed in the transverse groove, an elastic piece is installed on the outer side of the connector body, a plurality of elastic feet which are annularly distributed at equal intervals are arranged on one side of the elastic piece, and one end of each elastic foot abuts against the locking ring. According to the utility model, through arrangement of the locking ring and the stop block, the stop block can be used for stopping the projection on the female head, thereby preventing the connector main body from being mistakenly touched to rotate, preventing the connector main body from being separated from the female head, and ensuring stable connection between the connector main body and the female head.

The utility model provides a Rogowski coil, a current clamp system and an electric energy quality on-line monitoring system, which relate to the technical field of electronic circuits and comprise a first BNC connector, an output line, a power adapter, a second BNC connector, a coil joint and a coil. One end of the output line is connected with the first BNC connector, the other end of the output line is connected with the power adapter, the power adapter is connected with the second BNC connector, and the second BNC connector is connected with the coil through the coil connector. According to the utility model, through the measures of optimizing the structural design of the Rogowski coil, adding the extension line assembly, arranging the power adapter gear switch, adopting the filtering magnetic ring and the like, the precision and the stability of current measurement are improved; meanwhile, the system is further provided with auxiliary equipment such as a current clamp and an electric energy quality on-line monitoring device, real-time monitoring of the current of the electric power system and comprehensive evaluation of the electric energy quality can be achieved, and a powerful guarantee is provided for safe and stable operation of the electric power system.

A low-temperature fluid flow electrostatic accumulation strength measurement experimental device and method, including a transmission pipe section and a test pipe section; the outside of the test pipe section is wrapped with a bare copper wire, and the test pipe section is provided with a copper mesh shield and a stainless steel square cavity shield; the inlet of the stainless steel square cavity shield is connected with the outlet of a first low-temperature ball valve and a low-temperature orifice flowmeter, the inlet of the low-temperature orifice flowmeter is connected with a first low-temperature stop valve and a transmission pipeline, and the outlet of the stainless steel square cavity shield is connected with a second low-temperature stop valve; the inlet of the test pipe section is connected with the outlet of a second low-temperature ball valve and a low-temperature orifice flowmeter; silver electrodes are arranged at the inlet and the outlet of the test pipe section; the outlet pipeline of the test pipe section extends into the inner container of a Faraday cylinder, and the BNC connector of the Faraday cylinder, the silver electrodes, the bare copper wire, the stainless steel square cavity shield, the copper mesh shield and an electrostatic meter are connected; the application studies the electrostatic accumulation current strength generated by the low-temperature working medium flowing in the pipe, and provides support for the electrostatic safety of a low-temperature propellant pipeline transmission system.

The utility model discloses a 5 [mu] H linear impedance stabilization network providing accurate input impedance, comprising a metal housing, one side of the metal housing is provided with an input terminal and a grounding terminal, and the other side of the metal housing is provided with an output terminal, a grounding terminal and a BNC connector signal terminal. A blocking capacitor C1, a blocking capacitor C2, a blocking capacitor C3, an isolation inductor L, a matching resistor R1, a matching resistor R2, a matching resistor R3, a matching resistor R4 and a matching resistor R5 are arranged in the metal housing. One side provided with the BNC connector signal terminal is used for connecting to-be-tested equipment and is defined as a load side; and the other side is connected with a power grid and is defined as a power supply side. The utility model can work in a high-voltage and severe power supply environment, and provides ideal power supply impedance.

The utility model discloses a calibration clamp suitable for a discrete semiconductor device, and relates to the technical field of semiconductor testing. The device comprises a switch device, a plurality of sample tube plugs and three BNC connectors, the switch device comprises a box body and a switch button mechanism, three integrated switch mechanisms are linearly fixed in the box body, and the three BNC connectors are fixed in the box body and located under the three integrated switch mechanisms respectively. The integrated switch mechanism comprises an upper pole piece seat and a lower pole piece seat which are symmetrically arranged, and a switch gap is formed between the upper pole piece seat and the lower pole piece seat. By designing the novel clamp structure, a plurality of sample tubes can be jointly clamped and tested, synchronous replacement of test lines can be realized through one-time adjustment of the pull plate, the sample tubes do not need to be repeatedly inserted and pulled, the sample tubes are not easy to damage, the sample is simple and convenient to correct, the sample tube correcting efficiency can be improved, and meanwhile, the sample tube correcting damage probability is reduced.

The utility model relates to a BNC connector in the connector field, comprising a housing, two ends of the housing are respectively provided with a plugging part and a connecting part, the plugging part is internally provided with a connecting hole, the outer surface of the plugging part is provided with a positioning projection, the positioning projection is internally buckled and connected with a clamping member through a clamping groove, the clamping member is internally sleeved with a reset member, and the reset member is connected with the plugging part. According to the utility model, through the clamping piece, the connector can be further enabled to keep a stable position in a connection process, the connector is not easy to fall off or loosen, and the connector is not easy to fall off or loosen, so that the connector is not easy to fall off or loosen, and the connector is not easy to fall off or loosen. And the sealing insertion block on the sealing gasket is in paired contact with the external connecting piece, so that the stability and firmness of the connection between the connector and the external connecting piece are further enhanced.

The utility model relates to a multifunctional composite flat cable structure which comprises a liquid pipeline, a video line, a data line, a power line, an optical fiber line and a gas pipeline. The liquid pipeline, the video line, the data line, the power line, the optical fiber line and the gas pipeline are all wrapped in a flat outer sheath; the data line is arranged in the middle of the flat outer sheath, the video line is arranged on the left side of the data line, and the liquid pipeline is arranged on the left side of the video line; the right side of the data line is provided with the power line and the optical fiber cable, an end head structure based on the multifunctional composite flat cable structure comprises an end head piece shell, and the end head piece shell is internally provided with a liquid pipe port, a BNC connector, an RJ interface, a power line connector, an optical fiber port and an air pipe port from left to right; the purpose of the utility model is to integrate a plurality of existing cables and satisfy the comprehensive transmission function of energy and material of automatic intelligent equipment.

The utility model relates to an electromagnetic field and differential and common mode interference signal detection device, which comprises a magnetic ring, a metal lead and a BNC (bayonet nut connector), one end of the BNC is connected with the outer surface of the magnetic ring, the other end of the BNC is connected with the input end of a signal amplifier, the output end of the signal amplifier is connected with the input end of a spectrum analyzer, the metal lead is wound on the magnetic ring, and the metal lead is wound on the spectrum analyzer. One end of the metal wire is connected with a core wire of the BNC connector, and the other end of the metal wire is connected with a shell of the BNC connector. The device is matched with a signal amplifier and a spectrum analyzer to quickly position the electromagnetic field leakage point and the electromagnetic field intensity of the equipment, the electromagnetic compatibility rectification efficiency is greatly improved, a visual and effective positioning measure is provided for the electromagnetic compatibility rectification of the equipment, an obvious indication is provided for the electromagnetic field disturbance leakage point and the electromagnetic field disturbance intensity of the equipment, and the reliability of the equipment is improved. And the electromagnetic compatibility rectification efficiency is greatly improved.

The utility model relates to an adapter used for BGA packaging large current power supply chip test, comprising a base plate, and a tested device clamp, European style seats, a standard resistor and a BNC connector which are arranged on the base plate, a first European style seat comprises a power supply area and a ground end area, a second European style seat comprises an output detection end area and an output ground end area, the VIN end of the tested device clamp is connected with the power supply area of the first European-style seat, the SGND end of the tested device clamp is connected with the ground end area of the first European-style seat, the VOUT end of the tested device clamp is connected with the output detection end area of the second European-style seat, the GND end of the tested device clamp is connected with the output ground end area of the second European-style seat, and the number of the standard resistors and the number of the BNC connectors are both more than two. The two ends of the standard resistor are connected with the FB end of the tested device clamp and the output ground end area of the second European-style seat respectively, and the center probe of the BNC connector is connected with the VOUT end of the tested device clamp. The device is simple in structure, convenient to operate and capable of effectively improving the working efficiency.

The invention relates to a chopper and a soft X-ray spectroscopy test system.The chopper comprises piezoelectric ceramics, a chopping tool bit, a support and a first flange, the piezoelectric ceramics are fixed to one end of the support, the other end of the support is fixed to the inner side of the first flange, two BNC connectors are fixed to the end, away from the piezoelectric ceramics, of the support, and each BNC connector penetrates through the first flange; a part of the BNC joint is positioned on the inner side of the first flange and a part of the BNC joint is positioned on the outer side of the first flange; the piezoelectric ceramic is provided with three electrodes, one electrode is grounded, and the other two electrodes are connected with the parts, located on the inner side of the first flange, of the two BNC connectors respectively. The parts, located on the outer side of the first flange, of the two BNC connectors are used for introducing external voltage into the piezoelectric ceramics, and the piezoelectric ceramics generate bending and straightening movement under the action of the voltage. And the chopping tool bit is fixed on the piezoelectric ceramic, responds to the bending and straightening movement of the piezoelectric ceramic, and moves in the direction perpendicular to the light path so as to cut the light.

The utility model provides a BNC expansion module, which comprises a base, a plurality of BNC expansion sub-modules are arranged on the base, a buckle is arranged at the bottom of the base, the buckle is used for being clamped on a track of an electric power monitoring instrument cabinet, each BNC expansion sub-module comprises a BNC connector, a signal input terminal and a signal output terminal, and the signal input terminal and the signal output terminal are respectively connected with the BNC connector. And the BNC connector and the signal output terminal of each BNC expansion sub-module are electrically connected with the signal input terminal on the BNC expansion sub-module. The problem of single signal output of the BNC connector in the prior art is solved.

The utility model discloses a full-shielding BNC connector, which comprises an outer conductor, a full-shielding main body, a female needle, a curved needle, a front rubber core and a rear rubber core, a front rubber core and a female needle are arranged in the outer conductor, a rear rubber core and a curved needle are arranged in the full-shielding main body, and the female needle is connected with the curved needle; a riveting column is arranged on the outer conductor, a through hole is formed in the full-shielding main body, and the outer conductor and the full-shielding main body are connected in a riveting mode after the riveting column penetrates through the through hole; compared with the prior art, the riveting column is arranged on the outer conductor, the through hole is formed in the corresponding position of the full-shielding main body, the riveting column penetrates through the through hole and then enables the material to deform and expand to fill the through hole through riveting, and a reverse buckling structure is formed for fixation; in the split-type main body structure, the problem that the outer conductor falls off due to the factors that the split-type structure depends on an interference fit mode, thermal expansion and cold contraction after reflow soldering and the like is avoided, and good reliability and shielding performance of the BNC connector are ensured.

The main structure of the high-temperature-resistant probe type piezoelectric guided wave sensor comprises a probe type shell, a lead cover, a piezoelectric wafer, a lower insulating spacer, a wiring terminal with a spacer, an upper insulating spacer, a high-temperature-resistant coaxial cable and a BNC connector. The piezoelectric wafer, the lower insulating ceramic gasket, the wiring terminals with the gaskets and the upper insulating gasket are sequentially arranged in the sensor shell to be assembled, arc-shaped protrusions of the two insulating gaskets are correspondingly and tightly matched with grooves in the inner wall of the shell, and one ends of the two wiring terminals with the gaskets penetrate through holes of the lower insulating gasket to be electrically connected with the piezoelectric wafer. The other end of the cable penetrates through a hole of the lead cover to be connected with an external BNC connector, and finally the lead cover is connected with the threaded structure of the shell in a rotating mode to complete assembly of the whole sensor. The high-temperature environment applicability of the piezoelectric guided wave sensor is improved, and wide application of the piezoelectric guided wave sensor in the field of structural health monitoring in the high-temperature environment can be promoted.

The utility model discloses a kind of BNC flat welding device, including feeding assembly, bottom plate and soldering iron piece, the feeding assembly includes vibration disc and terminal track, the bottom plate top is integrated with vertical plate and is used to push vertical plate to move back and forth back and forth component, the vertical plate outer surface wall is fixedly connected with soldering iron up-down cylinder and terminal clamping left-right cylinder, the soldering iron up-down cylinder output end is fixedly connected with soldering iron piece.In the present application, vibration disc and terminal track prepare terminal, terminal clamping left-right cylinder drives terminal clamping cylinder to clamp BNC terminal, then by terminal clamping front and rear cylinder cooperation slide rail, terminal and soldering iron piece are moved forward, then by terminal clamping up-down cylinder, terminal is sent to specified position, finally by soldering iron up-down cylinder drives soldering iron piece to weld terminal and wire rod, complete circulation, to realize BNC connector and coaxial cable automatic welding, reduce the working strength of operator, improve welding efficiency.

The present invention proposes a noise shielding system and method for measuring extremely weak plasma electrical signals of electric thrusters, which consists of an ion beam, an E×B probe main structure, a signal collection module, a coaxial cable shielding layer in the cabin, a coaxial cable signal line in the cabin, an aluminum foil protective layer, a vacuum cabin wall, a coaxial cable cabin joint, an outer coaxial cable shielding layer, an outer coaxial cable signal line, a picoammeter grounding wire, and a picoammeter. The scheme and signal collection module design of the present invention take into account the noise interference that may occur in the entire circuit, and shield and suppress the noise through the above-mentioned means, which greatly improves the signal-to-noise ratio of the E×B probe, and can suppress the background noise of the E×B probe signal measurement to the pA level. The signal collection module for receiving the current signal adopts a design based on the standard BNC connector, which is quick and convenient to process and install. Compared with the stable welding connection, it improves the robustness, replaceability and scalability of the entire set of equipment, has a wide applicability, and has a low system cost.

The invention provides an electrostatic probe for early fault detection of a heavy duty gas turbine and a use method thereof, and is applied to the field of early fault diagnosis of gas turbines, the electrostatic probe comprises a probe 1, a first insulating cover, a second insulating cover, a connecting block, a BNC connector and a shielding cover; the shielding cover contains the top end of the first insulating cover; the BNC connector is installed on the outer surface of the top end of the shielding cover, and an inner core of the BNC connector penetrates through the shielding cover and is arranged in the shielding cover. The bottom end of the probe is a detection end, and the detection end of the probe extends out of the first insulating cover; the top end of the probe penetrates through the first insulating cover and then is installed in the shielding cover. The probe is connected with the BNC connector through a connecting block arranged at the top end. The connecting block is connected with an inner core of the BNC connector; the second insulating cover is arranged in the shielding cover and is coaxial with the shielding cover. One end of the second insulating cover abuts against the inner top wall of the shielding cover. The early fault of the heavy duty gas turbine can be accurately detected by detecting the abnormal charged particles in the gas circuit pipeline.

The closing-up auxiliary tool comprises a tool bar installed on a tool rest, a closing-up wheel is rotationally installed at the outer end of the tool bar, the connector is positioned on a machine tool spindle, the closing-up wheel is driven by the tool rest to conduct feeding, and the tool rest drives the closing-up wheel to move to correspond to and make contact with the closing-up end of the connecting nut of the connector. The closing-in wheel conducts closing-in on the connecting nut in the rotating state in the radial feeding process of the connecting nut. By the adoption of the structure that the closing-in wheel is rotationally installed at the end of the cutter bar, the problem of closing-in of various BNC connectors is solved, the device can be used for assembling Russian and SMC connectors needing to be subjected to closing-in, after a connecting nut is closed in, closing-in size consistency is good, operability is high, operation is easy and convenient, labor intensity of operators is relieved, machining quality is improved, and production efficiency is improved. The production cycle is shortened, the production efficiency is improved, and the riveting device is suitable for riveting of connectors of various similar structures such as SMC, BNC and Russian structures and other necking structural components.