United States
Carl E Nielsen Youth Park

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    • Day 1

      Car Rental

      April 27, 2023 in the United States ⋅ ⛅ 16 °C

      Fila de carros para bajar en el aeropuerto en GDL, filotota para el check-in, fila para la revisión, fila para pagar el café, fila para abordar, fila para migración, y ahora filotota para la renta del carro… comenzamos con las filas …Read more

    • Day 21

      Wieder in LA

      August 12, 2018 in the United States ⋅ ☀️ 28 °C

      Nach wieder 3 stunden Fahrt angekommen im flughafenhotel. Vorbei am pyramid Lake und durch Ellen Canyon war die strecke gut zu meistern. Koffer neu einpacken , boarding pass ausdrucken und dann morgen auto abgeben und dann gehts los...Read more

    • Day 1

      Ziel erreicht …

      October 25, 2022 in the United States ⋅ ☀️ 21 °C

      War ein langer Flug ✈️

    • Day 1

      Endlich Schlafen …

      October 25, 2022 in the United States ⋅ ☀️ 20 °C

      Gute Nacht 😴💤🌙

    • Day 2

      Unser Neuer für die nächsten 3 Wochen

      June 18, 2016 in the United States ⋅ ☀️ 28 °C

      Kilometer Zähler ist genullt.

    • Day 1

      USB Type-C

      January 4 in the United States ⋅ 🌙 12 °C

      What kind of USB Type-C connector is worth choosing?
      Universal interface.
      From the day USB-IF released the USB Type-C standard, it hoped to "unify" it through this new interface, because USB Type-C almost directly hits the original electronic product peripheral interface in terms of specification definition. Pain points, creating a "universal" physical interface protocol. This "omnipotence" is reflected in the following aspects:
      1. In terms of data transfer rate.
      USB Type-C supports the latest USB data transmission standard and can support the USB 3.1 Generation 2 protocol, using a set of data channels to transmit data at a rate of up to 10Gbps. In the USB3.2 protocol, by controlling two sets of 10Gbps data channels, a transmission rate of up to 20Gbps can be achieved. Moreover, Thunder 3.0 also announced that it will abandon its own physical interface standard and adopt USB Type-C. Therefore, there should be no suspense that USB Type-c will become the most widely used high-speed data transmission interface standard in the future.
      https://konnra.com/product_category/usb-connector/

      2. In terms of power transmission.
      USB Type-C can perfectly support the USB PD (USB Power Delivery) fast charging standard and can carry up to 100W of power (20V/5A). This is mainly due to the fact that the USB Type-C architecture contains 4 VBUS lines, which has stronger current transmission capabilities. At the same time, the USB Type-C interface also has two CC lines specifically used for charging protocol communication, which can establish a communication mechanism between the charging device and the powered device during the charging process to achieve adaptive charging process adjustment and maximize the Improve charging efficiency. Change Therefore, in the field of fast charging of portable devices, USB PD based on the USB Type-C interface is also the most accepted fast charging protocol on the market.
      3. In terms of video transmission.
      USB Type-C can achieve high-definition image transmission above 4K through alternate mode. This feature actually allows USB Type-C to replace dedicated A/V interfaces such as DisplayPort and HDMI. Only one physical interface is used in the device to transmit data and video, further reducing the type and number of electronic device interfaces.
      4. In terms of ease of use.
      USB Type-C 0.83cm x 0.26cm is very compact, only 1/3 of the familiar USB Type-A interface. Moreover, USB Type-C supports double-sided reversible insertion, which avoids the trouble of "wrong insertion" during blind insertion, which undoubtedly greatly improves the user experience.
      Read more

    • How to diagnose and rule out the failure

      February 21 in the United States ⋅ ⛅ 12 °C

      How to diagnose and rule out the failure of agricultural diesel engines?
      Abstract.
      Following the description of the agricultural diesel engine failure in the previous article, this paper will elaborate on the other three troubleshooting, respectively, the fuel injection pump rack deformation and damage, the shutdown solenoid valve not being strictly closed, and the throttle control mechanism improperly adjusted. If you are interested in this article, you can read on.
      https://wdpart.com/

      4. The fuel injection pump rack is deformed and damaged
      First, the fuel injection pump rack is stuck. Due to poor assembly or bending deformation of the rack, the fuel injection pump rack is stuck, and the plunger of the fuel injection pump can not turn, so the oil supply can not be stopped, resulting in the diesel engine not being turned off. At this time, the fuel injection pump should be disassembled for inspection and repair. If the fuel injection pump rack is bent and deformed, it can be straightened by tapping on the platform, but the surface must not be damaged; If the rack and gear mesh are not good, you can use a small file for local correction; If it is due to improper assembly of parts, it should be corrected.
      Second, the handle on the fuel injection pump rack falls off. The diesel engine fuel injection pump rack on the convex handle is welded on, due to poor welding or excessive force and fall off, it will make the throttle control handle not pull the fuel injection pump rack move, can not make the fuel injection pump change the amount of oil, resulting in diesel engine can not be turned off. At this time, the fuel injection pump rack should be replaced or the lug should be welded again. However, the repaired or replaced fuel injection pump rack must be able to mesh well with the adjusting gear and be flexible.

      5. The shutdown solenoid valve is not tightly closed
      The shutdown solenoid valve is not strictly closed, which is one of the main reasons for the difficulty of diesel engine flameout. When the key is turned off, that is, the power supply to the solenoid valve is cut off, the solenoid valve should be closed, and the oil passage of the fuel to the cylinder head is sealed; If the shutdown solenoid valve is not tightly closed, a small amount of fuel will continue to flow to the cylinder head oil passage, so that the diesel engine can not be extinguished.
      The shutdown solenoid valve is not strictly closed, in addition to processing reasons, and the cleanliness of the fuel is also very much related. When the fuel cleanliness is low, impurities will invade the solenoid valve, pad the valve disc, or make it move stuck, resulting in loose closing; Impurities may also be directly invaded by not paying attention to the cleanliness of the oil circuit during maintenance.
      When it is difficult to turn off the solenoid valve because it is not tightly closed, you can often increase the throttle to impact the valve plate, so that the oil circuit is closed and the engine is turned off immediately. After the fault occurs, it should be eliminated by cleaning the solenoid valve, but the most important thing is to improve the cleanliness of the fuel, otherwise, the fault will occur repeatedly.

      6. The throttle control mechanism is improperly adjusted
      When the vehicle throttle control handle is in the position of maximum fuel supply, the external lever control arm of the governor should collide with the high-speed limit screw, thereby limiting the maximum fuel supply and the maximum speed. When the throttle control handle is pulled to the flameout position, the outer lever control arm of the governor collides with the low-speed limit screw to make the diesel engine flameout.
      If the position of the high-speed limit screw and the low-speed limit screw is improperly adjusted, or the length of the governor external lever control arm is improperly adjusted, so that the travel of the throttle control handle is too small, the throttle control lever has not been pulled to the position that the fuel injection pump stops supplying oil, the governor external lever control arm will collide with the low-speed limit screw, and the fuel injection pump is still in the state of continuing to supply oil. The diesel engine can't be turned off. At this time, the position of the low-speed limit screw should be adjusted or the length of the governor external lever control arm should be adjusted, so that when the fuel injection pump is in the stop position, the low-speed limit screw will collide with the governor external lever control arm.

      Conclusion
      Combined with the above three points, the troubleshooting of agricultural diesel engines has been fully described, if you have additional or you have needs for agricultural machinery accessories, you can contact us at any time.
      https://wdpart.com/pages/contact
      Read more

    • What is the Board-to-Board connector?

      June 27 in the United States ⋅ 🌙 19 °C

      What is the Board-to-Board connector? How to select the Board-to-Board connector?
      I. What is the Board-to-Board connector?
      Board-to-Board connector (referred to as BTB) is a component used to connect between different electronic boards or circuit boards, is an essential device for power and signal coupling connection in precision circuits. With the increasing complexity of products and the scale of circuit design, the Board-to-Board connector is also along the market demand toward high speed, high power density, thin and light several directions.

      https://konnra.com/products/

      II. The classification and characteristics of Board-to-Board connectors.
      According to different classification standards, Board-to-Board connectors can be divided into various types.
      1.According to the structure can be divided into syringe type and knife-edge type;
      2.According to the contact mode can be divided into gold finger type and parallel line type;
      3.According to the pitch can be divided into 0.50mm, 0.60mm, 0.80mm, 1.00mm, 1.25mm, 1.50mm, 2.00mm, 2.50mm, 2.54mm, 3.96mm and so on.
      In actual use, we will be based on the use of the scene, appearance and structure, connection performance, comprehensive cost and other aspects of the use of which type of Board-to-Board connectors.

      III. How to select Board-to-Board connectors?
      1. Connector structure size
      First of all, we should pay attention to the external dimensions of the connector, in the attention of the connector is the installation space will be with other parts of the interference, according to the size of the space to choose the appropriate connector and fixing method. For the connector itself, pay attention to Pin and Pitch, choose how many pins of the connector should be based on the number of signals connected. For example, some SMT connectors, the number of pins should not be too many. Because in the soldering process due to high temperature connector plastic will be deformed by heat, the center of the bulge caused by the pin welding.
      2. Electrical properties of the connector
      The electrical properties of the connector mainly include: limit current, contact resistance, insulation resistance and anti-electrical strength. When connecting high-power power supply need to pay attention to the limit current of the connector, to do the design of the derating, and pay attention to the voltage withstand value between the pins. Pay attention to the contact resistance. Connectors usually have a low and constant contact resistance, generally tens of mΩ to hundreds of mΩ. For signals with impedance requirements, pay attention to the impedance to be matched to avoid signal reflection.
      3. Mechanical properties of the connector
      Mechanical properties of the connector, including the pull-out force, pull-out frequency and mechanical anti-dumbness. Some signal interfaces need to be frequently plugged when selecting the connector should pay more attention to the connector's unplugging force and the number of times of unplugging. Mechanical anti-dumbing on the connector is very important, once inserted in reverse is likely to cause irreversible damage to the circuit.
      4. Environmental performance of the connector
      If the application environment is more humid for the connector's moisture resistance, salt spray resistance requirements are high, to ensure that the connector's metal contacts are not corroded. In the field of industrial control, the connector anti-vibration shock performance requirements are high, so as to avoid the connector in the vibration process off.
      IV. Recommended Board-to-Board Connectors

      KR1271 PH1.27 Board-to-Board Connectors

      KR4203 STER 4.0mm Pitch connectors

      KRA050 0.5mm Pitch Front Plug Rear Lift FPC Connectors
      Read more

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