crossorigin="anonymous"> DIP Plug-In Processing Manufacture - Winow

DIP Plug-In Processing manufacturer

The assembly process used to create electronic components packaged in a DIP (Dual In-line Package) configuration is referred to as DIP plug-in processing. A DIP component is an integrated circuit (IC) with a rectangular package and two rows of electrical connections or "leads" on either side. The leads are usually laid out in a grid pattern and are used to connect the component to a PCB (printed circuit board) or another electronic device.


Committed to Manufacturing Solutions

DIP (Dual in-line Package) refers to the dual-in-line Package integrated circuit chip, which is used in the vast majority of small and medium-sized integrated circuits. The number of pins in this Package is usually limited to 100. The DIP encapsulated CPU chip has two rows of pins that must be plugged into a DIP chip socket.

We can provide to...

  • Turn times as short as 24 hours
  • 1 to 100,000 units
  • Class II Inspection standard and Class III Inspection available
  • 100% on-time guarantee
  • DFM support
  • Lead free (RoHS) options
  • SMT and thru-hole capabilities
  • All SMT machine placed
  • AOI (Automated Optical Inspection)
  • Lead-free RoHS Certification and ITAR compliance screen available
  • Program Design
  • Assembly Capacity
  • SMT Capacity
  • Equipment Exhibition

We offer one-stop services for all types of PCBs, from component procurement to functional testing and package completion.


Quick payment

Flexible payment options


On-Demand Manufacturing

No MOQ or MPQ limited. Prototype or mass production order acceptable.


Inspection Of Quality

90% of the technical staff have more than 10 years of industry experience

Assembly Capacity

Turn-key Purchase from authorized suppliers, distributors
Consigned Accept parts in reels, cut tapes, tubes & pallets and bulk.
Stencils Offer Laser-cut stainless steel stencil.
Solder type Offer both lead&lead-freeassembly services.
Board type Rigid board, flex board&rigid-flex board.
PCB or Panel Size Min board size of 10*10mm
PCB or Panel Size Max board size of 330*530.
Assemble type The customer provides some components
Board shape There is no limit to shape
Prototype MOQ as low to 5units in 1-2 days delivery
Low volume Offer 3-4 days quick turn time service for low volume.
High volumn Offer accurate delivery to catch your deadline.

SMT Capacity

Single and double sided SMT/PTH Yes
Large parts on both sides Yes
BGA on both sides Yes
Smallest Chips size 201
Min BGA 0.008 in. (0.2mm) pitch
Micro BGA pitch ball count greater than 1000
Min Leaded parts pitch 0.008 in. (0.2 mm)
Max Parts size 2.2 in. x 2.2 in. x 0.6 in.
Odd form parts: Yes,Assembly by hands
LED Yes,Assembly by hands
Wave soldering Yes
Max PCB size 14.5 in. x 19.5 in.
Min PCB Thickness 0.02
Fiducial Marks Preferred but not required
PCB Finish: Electrolytic gold
PCB Finish: Electroless gold
PCB Finish: Electroless silver
Ball counts ball count greater than 1000
Resistor Yes,Assembly by hands
Capacitor networks Yes,Assembly by hands
Electrolytic capacitors Yes,Assembly by hands
Variable resistors、capacitors (pots) Yes,Assembly by hands
Sockets Yes,Assembly by hands
PCB Shape Any
Panelized PCB Tab routed
Panelized PCB Breakaway tabs
Panelized PCB V-Scored
Panelized PCB Routed+ V scored
Inspection X-ray analysis
Inspection Microscope to 20X
Rework BGA removal and replacement station
PCB Finish: Immersion gold
PCB Finish: Immersion tin
PCB Finish: OSP

Testing Procedures

In DIP plug-in processing, the component is first inserted into a DIP socket, which is a device that holds the component in place and provides electrical connections to the leads. The socket is then mounted onto a PCB, and the leads are soldered in place to make the electrical connection. This process can be done manually or using automated equipment.

DIP plug-in processing is a common method for assembling electronic components onto PCBs, particularly for components that require frequent replacement or are used in applications where the component may be subjected to high levels of vibration or other mechanical stress. Using a socket allows the component to be easily removed and replaced without the need to desolder and resolder the leads.

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DIP Plug-In Processing asked questions

What is DIP plug-in processing?

Why is DIP plug-in processing used?

How is DIP plug-in processing done?

Are there any limitations to DIP plug-in processing?

Are there any alternatives to DIP plug-in processing?

Michaela ★★★★★

The Printed Circuit Boards were assembled flawlessly. Mis Wang, the WINOW engineer in charge of our project, flawlessly organized the parts. She asked all of the necessary questions to ensure a successful outcome. We had a very pleasant and productive working relationship with her, and we hope to collaborate with her again on future projects.

Herbert ★★★★★

This board is required to charge my robotic platform's lipo batteries (rover). For the first time, I ordered this item and was pleasantly surprised by the excellent communication throughout the ordering process, manufacturing progress, and delivery tracking. It was quickly shipped and arrived on time.

Al Lemke ★★★★★

Yesterday, the boards arrived, and assembly has begun. Excellent solder wetting, clean line definition, and drill holes centered on the via lands.
Please convey my appreciation to everyone who created such fantastic boards.

Rated 9.0 Out Of 10 Based On 100,000+Reviews, Please feel free to inquire

Why Choose Us?

WINOW has been providing high-quality PCBs with fast turnaround times and high customer satisfaction since 2018. We are one of China's largest and most skilled board manufacturers.

  • icon_hock Orders for prototypes are processed within 24 hours.
  • icon_hock For some PCB prototypes and small batch production, the normal lead time is 5-7 working days.
  • icon_hock Some PCB prototypes and small batch production have a faster lead time of 48 hours.

Quick payment

Flexible payment options


On-Demand Manufacturing

There are no MOQ or MPQ requirements. Orders for prototypes or mass production are both acceptable.


Inspection Of Quality

90% of the technical staff have more than 10 years of industry experience

Technical Strength

PCB Assembly can be adjusted at any time to meet customer requirements for ICT, veneer, aging, and ATE tests.

Quick Delivery and Comprehensive Support