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A brief introduction to the assembly and assembly process of PCB flip chip <br> <br>Before discussing the assembly and assembly process of flip chips for PCB boards, it is necessary to understand what devices are called flip chips? In general, such devices have the following characteristics: <br> <br>1. The base material is silicon; <br> <br>2. Electrical surface and welding convex on the lower surface of the device; <br> <br>3. The ball spacing is generally 4-14mil, the ball diameter is 2.5-8mil, and the overall size is 1-27mm; <br> <br>4. After assembling on the substrate, you need to fill the bottom. <br> <br>In fact, the reason why the flip chip is called &quot;flip&quot; is relative to the traditional metal Wire Bonding connection method (Wire Bonding) and the process after planting the ball. The electrical side of the traditional chip connected to the substrate through metal wire bonding is facing up, and the electrical side of the flip chip is facing down, which is equivalent to turning the former over, so it is called &quot;flip chip&quot;. After the chip is planted on the Wafer, it needs to be turned over and fed into the placement machine for easy mounting, and because of this flipping process, it is called &quot;flip chip&quot;. <br> <br>First, PCB board with flip chip assembly process <br> <br>In the semiconductor back-end assembly plant, there are now two methods of module assembly. In the two reflow processes, SMT components are first assembled on a separate SMT line consisting of a screen press, a SMT mounter and the first reflow. The partially assembled modules are then processed through a second production line, which consists of PCB flip chip mounters and reflow furnaces. The bottom fill process is completed in a dedicated bottom fill line, or combined with a PCB flip chip line. <br> <br>Second, PCB board with flip chip assembly process introduction <br> <br>Compared with other IC devices, such as BGA, CSP, PCB flip chip assembly process has its special, the process introduces the flux process and the bottom filling process. Because of the flux residue (impact on reliability) and the danger of bridging, the PCB board is not an acceptable assembly method to mount on the solder paste with flip chips. In the industry, no cleaning flux was introduced, and the chip dipping flux process became a widely used welding aid technology. At present, the main alternative method is to use no-wash flux, dip the device in the flux film, dip the device ball into a certain amount of flux, and then mount the device on the substrate, and then reflow welding; Alternatively, the flux is pre-applied to the substrate, and then the device is mounted and reflow welded. The flux plays the role of fixing the device before reflow, and wetting the welding surface enhances the weldability during reflow. <br> <br>After the PCB board is welded with a flip chip, a glue (generally epoxy resin material) needs to be filled between the bottom of the device and the substrate. Bottom fill is divided into liquid and non-liquid (No-follow) bottom fill based on the &quot;capillary flow principle&quot;. <br> <br>Flip chip assembly process flow (non-fluid bottom fill) <br> <br>The PCB flip-chip assembly process is for C4 devices (the device welding salient material is SnPb, SnAg, SnCu or SnAgCu). Another process is to use anisotropic conductive adhesive (ACF) to assemble PCB flip chips. The conductive adhesive is applied to the substrate in advance, and the device is mounted on the substrate with a higher pressure at the sticker head. At the same time, the device is heated to make the conductive adhesive solidify. This process requires a very high accuracy of the mounter, and a high pressure and heating function of the mounter head. For the assembly of non-C4 devices (whose convex material is Au or other), the trend is to use this process. Here, we mainly discuss the C4 process, and the following table lists several ways of Bumping PCB boards with flip chips and connecting on the substrate. <br> <br>A brief introduction to the assembly and assembly process of PCB flip chip <br> <br>The flip chip geometry of PCB board can be described by a &quot;small&quot; word: small ball diameter (as small as 0.05mm), small ball spacing (as small as 0.1mm), and small overall size (1mm2). In order to obtain satisfactory assembly yield, the mounting equipment and its process has brought challenges, with the reduction of the diameter of the welding ball, the mounting accuracy requirements are getting higher and higher, and the accuracy of 12μm or even 10μm is becoming more and more common. The graphics processing ability of the camera is also very critical, and the small ball diameter and small ball spacing require a higher pixel camera to process. <br> <br>Over time, the size of high-performance chips continues to increase, the number of Solder bumps increases, the substrate becomes thinner and thinner, and the bottom filling becomes necessary to improve product reliability. <br> <br>If you have interest, please feel free to contact me, Cynthia at [email protected].

A brief introduction to the assembly and assembly process of PCB flip chip <br> <br>Before discussing the assembly and assembly process of flip chips for PCB boards, it is necessary to understand what devices are called flip chips? In general, such devices have the following characteristics: <br> <br>1. The base material is silicon; <br> <br>2. Electrical surface and welding convex on the lower surface of the device; <br> <br>3. The ball spacing is generally 4-14mil, the ball diameter is 2.5-8mil, and the overall size is 1-27mm; <br> <br>4. After assembling on the substrate, you need to fill the bottom. <br> <br>In fact, the reason why the flip chip is called &quot;flip&quot; is relative to the traditional metal Wire Bonding connection method (Wire Bonding) and the process after planting the ball. The electrical side of the traditional chip connected to the substrate through metal wire bonding is facing up, and the electrical side of the flip chip is facing down, which is equivalent to turning the former over, so it is called &quot;flip chip&quot;. After the chip is planted on the Wafer, it needs to be turned over and fed into the placement machine for easy mounting, and because of this flipping process, it is called &quot;flip chip&quot;. <br> <br>First, PCB board with flip chip assembly process <br> <br>In the semiconductor back-end assembly plant, there are now two methods of module assembly. In the two reflow processes, SMT components are first assembled on a separate SMT line consisting of a screen press, a SMT mounter and the first reflow. The partially assembled modules are then processed through a second production line, which consists of PCB flip chip mounters and reflow furnaces. The bottom fill process is completed in a dedicated bottom fill line, or combined with a PCB flip chip line. <br> <br>Second, PCB board with flip chip assembly process introduction <br> <br>Compared with other IC devices, such as BGA, CSP, PCB flip chip assembly process has its special, the process introduces the flux process and the bottom filling process. Because of the flux residue (impact on reliability) and the danger of bridging, the PCB board is not an acceptable assembly method to mount on the solder paste with flip chips. In the industry, no cleaning flux was introduced, and the chip dipping flux process became a widely used welding aid technology. At present, the main alternative method is to use no-wash flux, dip the device in the flux film, dip the device ball into a certain amount of flux, and then mount the device on the substrate, and then reflow welding; Alternatively, the flux is pre-applied to the substrate, and then the device is mounted and reflow welded. The flux plays the role of fixing the device before reflow, and wetting the welding surface enhances the weldability during reflow. <br> <br>After the PCB board is welded with a flip chip, a glue (generally epoxy resin material) needs to be filled between the bottom of the device and the substrate. Bottom fill is divided into liquid and non-liquid (No-follow) bottom fill based on the &quot;capillary flow principle&quot;. <br> <br>Flip chip assembly process flow (non-fluid bottom fill) <br> <br>The PCB flip-chip assembly process is for C4 devices (the device welding salient material is SnPb, SnAg, SnCu or SnAgCu). Another process is to use anisotropic conductive adhesive (ACF) to assemble PCB flip chips. The conductive adhesive is applied to the substrate in advance, and the device is mounted on the substrate with a higher pressure at the sticker head. At the same time, the device is heated to make the conductive adhesive solidify. This process requires a very high accuracy of the mounter, and a high pressure and heating function of the mounter head. For the assembly of non-C4 devices (whose convex material is Au or other), the trend is to use this process. Here, we mainly discuss the C4 process, and the following table lists several ways of Bumping PCB boards with flip chips and connecting on the substrate. <br> <br>A brief introduction to the assembly and assembly process of PCB flip chip <br> <br>The flip chip geometry of PCB board can be described by a &quot;small&quot; word: small ball diameter (as small as 0.05mm), small ball spacing (as small as 0.1mm), and small overall size (1mm2). In order to obtain satisfactory assembly yield, the mounting equipment and its process has brought challenges, with the reduction of the diameter of the welding ball, the mounting accuracy requirements are getting higher and higher, and the accuracy of 12μm or even 10μm is becoming more and more common. The graphics processing ability of the camera is also very critical, and the small ball diameter and small ball spacing require a higher pixel camera to process. <br> <br>Over time, the size of high-performance chips continues to increase, the number of Solder bumps increases, the substrate becomes thinner and thinner, and the bottom filling becomes necessary to improve product reliability. <br> <br>If you have interest, please feel free to contact me, Cynthia at [email protected].

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The distance between any two impact points should be ≥3 mm; the distance between the impact position and the edge of the sample should be≥3 mm. <br> <br>7. Browse <br>This hardness tester for sale can save 9 hardness values, you can browse them after testing. <br> <br>Digital Hardness Meter <br> <br>8. Print Test Report <br> <br>The digital hardness tester can be linked to a wireless printer to print a report. <br> <br>- Place the printer near the digital hardness tester machine (within 2 m), and turn its power on. <br> <br>- Press the &quot;print&quot; button as shown before for about 2 seconds, a report will then be printed automatically. <br> <br>NOTE: <br> <br>The original data in memory will be erased automatically when the print is completed. <br> <br>Hardness Measurement Tool Advantages <br> <br>Mikrometry hardness checking instruments are developed Leeb hardness measurement principle based on the internationally popular digital portable metal hardness tester. 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#measuring #instruments #supplier <br> <br>ETTB Torque Meter <br> <br>The series ETTB digital torque gauge meter tester is a simple operation test instrument, the breakaway torque tool tester provides testing manual, electric, and pneumatic torque screwdriver tester, wrenches, breakaway torque test, and other tools. <br> <br>ETTB Torque Meter Features <br> <br>Curve or digital display modes <br> <br>Reverse display setting <br> <br>Calibration certificate Included <br> <br>Charger with US/EUR/UK Plugs selectable <br> <br>USB or RS232 communication interface, easy to communicate with PLC <br> <br>Accuracy: ± 0.3% Readings <br> <br>Sampling Rate: up to 2KHz <br> <br>ETTB Torque Meter Specifications <br>Range 5%~100% Capacity <br>Accuracy ± 0.3% Readings <br>Selectable Units N.m、N.cm、kgf.cm、lbf.ft、lbf.in <br>Display 240*160 dot matrix LCD(3.1 inch) with LED Backlight <br>Overload Capacity 120% of F.S. <br>Measurement Mode Track, Peak, First Peak、Auto Peak、Auto First Peak、Double Peak <br>Display Mode Digital / Curve <br>Data Sampling Rate Up to 2KHz <br>Memory 1000 data <br>SetPoint Programmable high and low limits <br>Battery Indicator The display flashes the battery icon when the battery is low <br>Power 3.6VDC 1600mAH Ni-Mh rechargeable batteries <br>Battery Life Approx. 25 hours per charge <br>Charger / Adaptor Universal USB/BM charger, Input:110~240VAC <br>Temperature Effects &lt;0.03% FS per °C <br>Communication USB or RS-232 <br>Software Free software for USB communication <br>Outputs RS-232, &quot;Within&quot; set point output， &quot;Under or over&quot; set point output <br>Operating environment Temperature: -10 to 40°C <br> Relative Humidity: 20 to 80% <br>Storage environment Temperature:  -20 to +50°C <br> Relative Humidity: 5 to 90% <br>Dimension 197X183X83 mm <br>Weight ~ 1.6 kg <br>Accessories AC adapter/charger, USB cable, Square drive adapter <br>Options Mini-printer, RS-232 Cable, Rundown Adapter, ETS-TT1 Torque Test Stand, ETS-TT2 Torque Test Stand. <br> <br>Model Capacity/Resolution <br> N.m N.cm kgf.cm lbf.ft lbf.in Interface <br>ETTB2 0.1~2/0.0002 10~200/0.02 1~20/0.002 0.07~1.48/0.0002 0.89~17.7/0.002 ☐ 12.5(1/2&quot;), <br>ETTB5 0.25~5/0.005 25~500/0.05 2.5~50/0.005 0.18~3.7/0.0005 2.2~44.3/0.005 ☐ 6.3(1/4&quot;) <br>ETTB10 0.5~10/0.001 50~1000/0.1 5~100/0.01 0.37~7.4/0.001 4.4~88.5/0.01 <br>ETTB20 1~20/0.002 100~2000/0.2 10~200/0.02 0.7~14.8/0.002 8.9~177/0.02 ☐ 12.5(1/2&quot;), <br>ETTB50 2.5~50/0.005 250~5000/0.5 25~500/0.05 1.8~36.8/0.005 22~443/0.05 ☐ 10(3/8&quot;) <br>ETTB100 5~100/0.01 500~10000/1 50~1000/0.1 3.7~74/0.01 44~885/0.1 <br> <br>As one of measuring instruments suppliers, we will do our best to meet all the needs of customers. <br> <br> <br> <br> <br>[a]https%3A%2F%2Fwww.mikrometry.com%2Fproducts%2Fettb-torque-meter.html[/a]

#custom #wire #harness <br>[a]https%3A%2F%2Fwww.aupins.com%2Fproducts%2Felevator-conveyor-cable%2F[/a] <br> <br> <br>Elevator &amp; Conveyor Cable <br>The elevator power cable adopts a special structural design and has a long service life. When used in long-distance suspension applications, it can provide overall electrical control under the condition of long suspension length. It can keep the power supply and signal unobstructed during work, with shielding and anti-interference capabilities, monitoring and serial communication functions. At the same time, it also has the characteristics of bending resistance and high flame retardancy. The material meets RoHS environmental protection. <br> <br>Low-speed Elevator Cable <br>Running speed ≦ 4m/s, running height ≦ 80m, and passed 3 million times of bending tests. It can still remain soft at a low temperature of -15°C. Applicable standards GBT 5023.6, IEC 60227-6. <br> <br>Middle And High Speed Elevator Cable <br>Running speed≦6m/s, running height≦200m. Passed 3 million flex tests. The long-term allowable operating temperature of the cable conductor does not exceed 70°C, Application standards GBT5023.6, IEC60227-6, IEC61024-2, etc. <br> <br>High Speed Elevator Cable <br>Running speed≦10m/s, running height≦300m. Passed 3 million flex tests. Applied standard GBT5023.6, IEC60277-6 and EN50214. <br> <br>Features of Elevator &amp; Conveyor Cable <br>1. Excellent flex resistance <br> <br>2. Good oil resistance, cold resistance, moisture resistance <br> <br>3. Excellent wear resistance, withstand greater mechanical stress <br> <br>4. Excellent anti-electromagnetic interference capability <br> <br>5. Select high-performance raw materials, such as high-strength and high-toughness ETF materials, insulating materials, etc.; <br> <br>6. Each batch of raw materials has been strictly inspected to ensure the stability of the cable products; <br> <br>7. All data on product performance and service life are verified by experimental tests. <br> <br>FAQs about Elevator &amp; Conveyor Cable <br>What are the specifications of the elevator cables? <br> <br>The so-called elevator cable is also the cable accompanying the elevator. In terms of shape, there are two types, one is round and the other is flat. The product models used are tvv, tvb, tvbp, tvbg and tvvbpg. <br> <br>What does the model letter of the elevator cable mean? <br> <br>&quot;t&quot; means the cable used for the elevator, &quot;v &quot;means polyvinyl chloride, &quot;b&quot; means a flat cable, &quot;p&quot; means the shielding structure, if with &quot;g&quot;, it means that the steel wire of this product is reinforced. <br> <br>What kind of cable specification are used for outdoor elevators on construction sites? <br> <br>The type of construction elevator cable is generally determined according to the power of the load. Generally, the power of the outdoor elevator is about 15kw, and the general cable line is about 6-10 square meters. <br> <br>AUPINS Technology is dedicated to creating four major product lines including metal machining products, charging connectors, energy storage connectors, and customize wiring harnesses in the clean energy industry. The major products of AUPINS are electric vehicle high-current charging terminals, charging pins and connectors, energy storage connectors, and customized wiring harness. <br> <br>If you want to know more types of high current battery connectors, please visit our website.

#ev #battery #connector <br>[a]https%3A%2F%2Fwww.aupins.com%2Fproducts%2Felectric-bike-charging-cable%2F[/a] <br> <br> <br>Electric Bike Charging Cable <br>The appearance of electric bike charging cable connects to the popularity of E bikes. E-bikes are the new lifestyle of travel as part of E-mobility life, and more and more people would prefer e-bikes as an alternative due to the factors of green and health issues. The charging trouble of e-bikes has always been a difficulty in mountain areas or tourist spots for users. AP E-bike charging cables are able to match most outdoor charging equipment anytime and anywhere. AP electric bike charging cables are compatible with standard charging ports all around the Europe area. <br> <br>Electric Bike Charging Cable Features <br> <br>Fast charging speed and long life <br> <br>Safe and reliable, compatibility <br> <br>Lightweight and user friendly <br> <br>High mechanical durability <br> <br>E-Bike Cable Application <br>E-bikes are now a popular commuter option, and the safety demand of users with charging connectors is increasing. <br> <br>The design of the AUPINS E bike cable is featured soft pulling force and is conveniently small. <br> <br>The electric bike charging cable is compatible with most electric bicycle brands. Whether you are in a hotel, mountain ranch, bar, or tourist area, you are able to take the AP electric bike charging cable for everyday use. <br> <br>AUPINS is an innovative team specializing in the R&amp;D and production of new energy connector products. We mainly focus on clean energy accessories, charging connectors, energy storage connector and customized wiring harness. We develop our technology by providing high quality products and services, and improve people&#039;s quality of life ultimately.

#electrical #contact #pins <br>[a]https%3A%2F%2Fwww.aupins.com%2Fproducts%2Fdc-gb-t-charging-connector%2F[/a] <br> <br> <br>DC GB T Charging Connector <br>GB/T Charging Connector is widely used in the DC charging system of electric vehicles and conforms to GB/T 20234.2 standard. It is compatible with multi-type brand vehicles, which is able to ensure safe and continuous charging, and real-time monitoring of temperature control. <br> <br>What Is DC GB/T Charging Connector <br>The DC GB/T charging connector, also known as the GB/T plug, is a crucial component in electric vehicle (EV) charging systems, adhering to the GB/T charging standard. Specifically, it&#039;s designed for direct current (DC) charging and follows the specifications outlined in the GB T DC charger standard. <br> <br>This connector comprises both a plug and a socket, facilitating the connection between the EV and the charging station. The GB/T plug is inserted into the vehicle&#039;s charging port, while the corresponding socket is connected to the charging infrastructure. <br> <br>Key benefits of the GB/T DC charger include its ability to handle high-voltage DC power efficiently and safely, essential for rapid charging of EV batteries. Moreover, it supports bidirectional power flow and communication, enabling functionalities like vehicle-to-grid (V2G) and vehicle-to-vehicle (V2V) power transfer. <br> <br>DC GB/T Charging Connector Features <br> <br>AUPINS GB/T plug conforms to GB/T 20234.2 standard. <br> <br>The bottom of the GB/T charging connector is designed with safety insulation to protect direct human contact. <br> <br>Our GB/T DC charging connector applies double color coating technology. GB/T DC charger customization is accepted. <br> <br>Prevent overheating safety hazards effectively, and the protection level IP55 (working condition) meeting different situation. <br> <br>DC GB/T Connector Details <br>The DC GB/T plug connector is an essential component in electrical systems and devices, offering a standardized and reliable means of connecting power sources to equipment. Here are the DC GB/T connector details and specifications: <br>Product code AP-GBTDC <br>Rated current 80A, 125A, 200A, 250A <br>Rated voltage 750V, 1000V <br>Insulation resistance &gt;2000MΩ <br>Withstand Voltage 4500V <br>Contact resistance 0.5mΩMax <br>Pins temperature rise: &lt;50K <br> <br>DC GB/T Plug Connector FAQs <br>How long does it take to charge an electric vehicle with a DC GB/T connector? <br> <br>Generally, DC fast chargers equipped with GB/T connectors can deliver high power levels to recharge EV batteries rapidly. On average, EVs can achieve around 80% battery capacity in approximately 30 minutes to an hour using a GB/T DC charger. However, actual charging times may vary based on the specific EV model, battery size, and charging station capabilities. <br> <br>What are the advantages in materials of GB/T DC charger? <br> <br>The DC GB/T DC plug boasts materials selected for durability, heat resistance, and efficient electrical conductivity. These chargers incorporate components designed to withstand high power levels, dissipate heat effectively, and ensure safe operation. Materials with excellent insulation and corrosion-resistant properties are utilized to enhance safety and longevity, while lightweight materials of the GB/T charger may also be employed to improve portability without compromising performance. <br> <br>Is the GB/T plug connector compatible with all electric vehicles? <br> <br>While the GB/T plug connector is widely adopted, its compatibility with specific electric vehicles depends on whether those vehicles are designed to accept GB/T charging. Some EV manufacturers may use different charging standards or connectors. <br> <br>If you want to know more types of pins and connectors, please visit our website. <br> <br>As an ev battery connectors manufacturer, we will do our best to meet all the needs of customers.