Generic 16 Pin Integrated Circuit (IC) Base DIP Socket | Secure IC Mounting | Breadboard & PCB Compatible
₹45.00₹80.00 (price_including_tax) (-44%)
Achieve robust and reusable connections for your integrated circuits. This 16-pin DIP socket simplifies prototyping and protects delicate IC pins from repeated soldering. Rely on OLelectronics for quality components that enhance your project’s longevity.
This robust 16-pin DIP socket ensures reliable, high-integrity connections for sensitive integrated circuits in diverse electronic designs.
Facilitates quick component changes without soldering, perfect for iterative design and testing.
Safeguards sensitive integrated circuits from physical damage and thermal stress effectively.
Integrates seamlessly into standard breadboards and PCBs, simplifying diverse project applications.
The Engineering Behind 16 Pin IC DIP Socket
The 16-Pin Dual In-line Package (DIP) socket serves as a crucial interface component, enabling the secure and non-permanent installation of 16-pin integrated circuits onto printed circuit boards (PCBs) or breadboards. Its design facilitates easy insertion and removal of ICs, safeguarding their delicate pins from the stresses of repeated soldering/desoldering cycles and potential heat damage during assembly or rework. This architecture is fundamental for development, prototyping, and applications requiring field-replaceable components.
Constructed from durable plastic polymer bodies with high-conductivity metal contacts, these sockets are engineered for longevity and reliable electrical performance. The robust mechanical structure ensures a firm grip on the IC pins, minimizing the risk of intermittent connections due to vibration or environmental factors. They are a staple in educational kits, hobbyist projects, and industrial designs requiring component modularity.
High-Reliability Contact Design
The socket’s contact pins feature a precision-formed, spring-loaded design, often ‘machined pin’ or ‘stamped and formed’, to ensure consistent and low-resistance electrical contact with the IC leads. This superior contact mechanism prevents signal degradation, crucial for sensitive digital and analog circuits, providing a stable platform for critical operations and data transfer.
Versatile Prototyping & PCB Integration
Designed with standard 2.54mm (0.1 inch) pitch spacing, this 16-pin DIP socket is universally compatible with standard breadboards and through-hole PCB layouts. This inherent compatibility resolves common pain points related to component placement and enables rapid prototyping, testing, and debugging without the commitment of permanent soldering, making circuit iteration highly efficient.
Optimized for Performance & Integration
- Pin Count: 16 Pins
- Package Type: DIP (Dual In-line Package)
- Pitch: 2.54mm (0.1 inch)
- Contact Type: Standard (Standoff or Machined available in variants)
- Mounting Style: Through-Hole
- Material: High-quality plastic housing, tin-plated copper alloy contacts
- Operating Temperature: -40°C to +105°C (Typical)
Features & Benefits
- 16-Pin DIP Configuration: Provides a direct fit for common 16-pin integrated circuits, ensuring broad compatibility.
- Secure IC Mounting: Firmly holds ICs, preventing accidental dislodgement and maintaining stable electrical connections.
- Solderless IC Replacement: Allows for easy insertion and removal of ICs without soldering, ideal for testing and debugging.
- Protects IC Pins: Shields delicate IC pins from bending, breaking, and heat stress during assembly and rework.
- Standard 2.54mm Pitch: Guarantees seamless integration with breadboards and standard through-hole PCB designs.
- Durable Construction: Manufactured from robust materials for extended lifespan and reliable performance in demanding environments.
Pro-Grade Advantages
- Enables rapid prototyping and testing of ICs.
- Extends the lifespan of expensive ICs by preventing soldering damage.
- Provides a robust and reliable electrical connection.
- Ideal for educational and experimental circuit development.
Technical Considerations
- Adds a small amount of signal path capacitance and resistance.
- Occupies slightly more vertical space than direct soldering, which can be critical for compact designs.
What is a DIP socket primarily used for?
A DIP socket is primarily used to provide a removable interface for integrated circuits (ICs) on a printed circuit board (PCB) or breadboard. This allows for easy insertion, removal, and replacement of ICs without repetitive soldering.
What does ’16 Pin’ refer to in this socket?
’16 Pin’ refers to the number of leads or connection points this specific socket is designed to accommodate. It is compatible with integrated circuits that have 16 pins arranged in a Dual In-line Package format.
Are these sockets compatible with breadboards?
Yes, 16-pin DIP sockets are universally designed with a standard 2.54mm (0.1 inch) pin pitch, making them perfectly compatible with standard breadboards for prototyping and experimentation.
What is the benefit of using a socket over direct soldering?
Using a socket prevents heat damage to sensitive ICs during soldering, protects IC pins from physical stress, allows for easy replacement of faulty components, and facilitates rapid testing and iteration during development.
What materials are typically used in the construction of a DIP socket?
DIP sockets typically consist of a durable plastic or polymer body, often thermoplastic, for insulation and structural integrity, paired with tin-plated copper alloy or beryllium copper contacts for optimal electrical conductivity and spring retention.
| Specification | Value |
|---|---|
| Pin Configuration | 16-Pin |
| Pin Pitch | 2.54mm (0.1″) |
| Mounting Type | Through-Hole |
| Contact Material | Tin-plated Copper Alloy |
| Insulator Material | Thermoplastic |
| Max Operating Temperature | 105°C |
| Insertion Force (per pin) | 0.3N max |
| Withdrawal Force (per pin) | 0.2N min |
| Life Cycles | 100 insertions min |
Additional information
| Brand | Generic |
|---|---|
| Technology | Interconnect |
| Package | DIP |
| Piece Count | 1 |
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