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GESP at Global Sources 2024 Pioneering PCB Solutions

Introduction to Global Sources Hong Kong Shows

Global Sources Hong Kong Shows is a landmark event for the electronics industry. It has been organising exhibitions for over 20 years. and has a strong reputation in exhibitions due to its unique community of quality buyers. It’s a key venue for networking, discovering trends, and exploring PCB & electronic technology. As a PCB supplier, we get inquiries and our customers from Global Sources.

Gesp Technology at Global Sources 2024 Pioneering PCB Solutions
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Global Sources Hong Kong Shows Booth No.9G08

One-stop PCB Services : Quick Turn PCB, Fast PCB Prototype,Low Volume Customized PCB

We are At the Forefront of PCB Innovation

GESP TECHNOLOGY is a one-stop PCB service. we supply PCB from design to batch fabrication services. Our strong items as PCB layout, reverse engineering, FPCs, rapid prototyping and PCBA . We cater to various needs, from initial concept to final production. ensuring quality and innovation at every step. Our vision is clear: we take seriously every order, whether big or small.

circuit substrates
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Reliable High-Mixed PCB Fabrication Manufacturer

One-stop PCB Services : Quick Turn PCB, Fast PCB Prototype,Low Volume Customized PCB

Why GESP Attend to Global Sources Hong Kong Shows

The Global Sources Hong Kong Shows is a cornerstone event for anyone in the electronics sector. offering unparalleled networking opportunities and insights into industry trends. This exhibition is a hub where professionals from across the globe gather. to share ideas, forge connections, and discover the future direction of electronics and PCB.

It showcases the latest innovations, from emerging electronics to advanced PCB solutions. making it an essential visit for keeping pace with the rapid advancements in the field. GESP Technoloy continually tracks the progress of PCB technology and client requirements. in order to improve the quality and direction of our customer service.



Confident With GESP’S Service

With 16 years of experience in PCB & PCBA manufacturing and sourcing. GESP technology has grown to become a one-stop service provider of complete PCBs. We always provide high-quality, high-precision PCBs. and installation services for the industrial control field.

By engaging with our team, attendees will gain insights into how GESP Technology’s services can elevate their projects. from design and prototyping to full-scale production. Our participation in the exhibition is a testament to our dedication to advancing the PCB industry. and our commitment to providing solutions that drive progress and efficiency.

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Reliable High-Mixed PCB Fabrication Manufacturer

One-stop PCB Services : Quick Turn PCB, Fast PCB Prototype,Low Volume Customized PCB

Showcasing GESP 's Expertise

To help you understand our services, below are two samples.

PCB Layout - Fabrication of Tear Sensor of Security Devices

Designing a PCB layout for a tear sensor in security devices. involves several critical steps to ensure it effectively senses tampering. or physical damage and signals a security alert. This design process must meet specific requirements for sensitivity, reliability. and compatibility with broader security systems.

PCB Layout - fabrication tear sensor of Security devices
flexible pcb for tear sensor

Design Considerations

  • Identify Requirements: Start by defining the tear sensor’s specifications clearly. focusing on sensitivity levels, power consumption. and integration with existing security systems to ensure the PCB design aligns with operational goals.
  • Select Components: Pick suitable components for the tear sensor. including resistive elements that change upon being torn. and amplifiers for signal processing, tailored to the sensor’s requirements.
  • Design the Circuit: Create the circuit schematic with an emphasis on functionality. Design a signal path that conveys changes in the sensor’s resistance accurately to a processor or alarm system. ensuring quick and reliable security alerts.

PCB Layout Process

  1. Place Components: Position components strategically to minimize noise interference and optimize signal pathways. Isolate sensitive components from potential electromagnetic interference sources.
  2. Route Traces: Route electrical traces connecting components carefully, prioritizing signal integrity. Opt for wider traces for power connections to lower resistance. and thinner traces for signal lines to save space and reduce interference.
  3. Manage Power: Design the power supply layout to deliver stable. clean power to the sensor and its circuitry, adding filters or regulators as necessary.
  4. Ground Properly: Implement a robust grounding strategy to keep noise from affecting the sensor’s accuracy. significantly enhancing device performance and reliability.
  5. Test and Iterate: Simulate the PCB design to spot potential signal integrity and power distribution. or electromagnetic interference issues. Adjust the layout and simulate again until the design meets all criteria.

Fabrication and Assembly

After finalizing the PCB layout, send the design files to a manufacturer for fabrication. This process involves choosing materials, stacking layers, etching. and drilling to create the circuit board. Next, mount the components onto the PCB, using either surface-mount. or through-hole technology based on the design requirements.

Testing and Integration

Finally, test the assembled PCB to confirm it functions as intended, accurately detecting tears or breaches. This might include mechanical tests to simulate tampering. and electrical tests to check signal integrity and response times. Once tests confirm the design’s success, integrate the tear sensor into the security device, making it field-ready.

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Reliable High-Mixed PCB Fabrication Manufacturer

One-stop PCB Services : Quick Turn PCB, Fast PCB Prototype,Low Volume Customized PCB

PCB Reverse Engineering & PCBA - Traffic Light

PCB Reverse Engineering and PCBA for traffic lights involve a meticulous process. that aims to decode, replicate, or enhance the electronics of a traffic light control system. This intricate task unfolds through several crucial steps and techniques. ensuring the successful reproduction or improvement of the system’s electronics.

traffic led light

Reverse Engineering

  1. Deciphering the Original Design: Engineers start by dissecting the existing traffic light system. to grasp its functionality and layout, including the circuit design and component arrangement.
  2. Creating a Schematic Diagram: Then draw a schematic that mirrors the original circuit. acting as a guide for rebuilding or modifying the system.
  3. Identifying Components: The team catalogs every component on the PCB. such as resistors, capacitors, and integrated circuits. finding suitable replacements for any that are obsolete.
  4. Analyzing the Circuit: Engineers dive into the circuit’s operation to understand how it manages timing, light changes. and responses to inputs like pedestrian buttons or sensors.
  5. Designing and Laying Out the PCB: With these insights, they design a new PCB layout. possibly improving upon the original to boost performance or add new features.

PCBA for Traffic Lights

Once the team reverse engineers and redesigns the PCB, We move to assemble it, which involves:

  1. Sourcing Components: They gather all the necessary electronic components based on the new design.
  2. Fabricating the PCB: According to the design specs, go through etching, drilling, and plating to create the PCB.
  3. Assembling: They solder components onto the PCB, either manually for prototypes. or using automated processes like Surface Mount Technology (SMT) for production runs.
  4. Testing for Quality Control: Engineers test each PCB to ensure it functions correctly. including power-up tests and traffic scenario simulations to check the timing and control logic.
  5. Implementing: Finally, they install the PCBs into the traffic light system’s hardware. and run field tests to guarantee reliability and safety under real-world conditions.

Reverse engineering and PCBA play a vital role in maintaining, upgrading traffic light systems. allowing engineers to replicate the system’s electronic core accurately. which is essential for smooth traffic management and road safety.

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Reliable High-Mixed PCB Fabrication Manufacturer

One-stop PCB Services : Quick Turn PCB, Fast PCB Prototype,Low Volume Customized PCB

How to Find Us at Global Sources 2024

Connecting with GESP at the Global Sources Hong Kong Shows is easy . Our booths No.9G08 To ensure a personalized experience, we invite you to schedule meetings in advance through our website. or by contacting us directly via email at marketing@gespcb.com. This way, we can dedicate time specifically for you, addressing your needs and inquiries in detail.

Global Sources 2024 GESP BOOTH NO

After the event, we welcome your feedback and discussions. Your insights are invaluable as we strive to continuously improve and innovate. Please feel free to share your thoughts through our social media channels or directly via email.

gesp logo

Reliable High-Mixed PCB Fabrication Manufacturer

One-stop PCB Services : Quick Turn PCB, Fast PCB Prototype,Low Volume Customized PCB

The Future of PCB with GESP TECHNOLOGY

GESP has always adhered to the principle that no matter how big or small the order is, we will treat it with seriousness and rigor. What we offer is efficient service and a long-lasting win-win situation. Although the PCB market is huge, but the quality of the supplier’s control of the product varies. we will strictly control the quality of the product for you!

We invite you to join us on this journey. Beyond the Global Sources Hong Kong Shows, let’s connect and explore how our PCB solutions can support your ambitions and projects. Together, we can shape the future of electronics, making it brighter, more efficient, and more innovative. Reach out to GESP TECHNOLOGY today and let’s make the future happen, together.

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