ZIF Sockets & Test Clips

The QFP32 PQFP32 TQFP32 ZIF Socket is designed for secure and efficient testing or programming of 32-pin integrated circuits with a 0.5mm pitch. It comfortably accommodates chip bodies measuring 5x5mm, extending to 7x7mm with pins included, ensuring precise alignment and contact. Ideal for engineers and technicians, this socket supports easy chip insertion and removal without soldering, making it perfect for prototyping, debugging, or small-scale production tasks involving fine-pitch ICs.

• Zero Insertion Force design allows frequent chip swaps without damage or wear to pins.
• Compatible with 32-pin QFP, PQFP, and TQFP packages featuring a 0.5mm pin pitch for versatile component support.
• Compact footprint measuring 5x5mm for the chip body, expanding to 7x7mm including pins, optimizing space on test setups.
• Provides reliable mechanical and electrical connection, reducing risk of contact failure during testing procedures.
• Enhances workflow efficiency by eliminating the need for soldering during device programming or verification.
• Durable construction designed to withstand repeated use in demanding development environments.

The QFP48 ZIF Socket is designed for secure and reliable connections with QFP48, TQFP48, LQFP48, and PQFP48 integrated circuits featuring a 0.5mm pitch. Its compact 7x7mm body size, extending to 9x9mm including pins, makes it ideal for precise component testing and programming. This socket facilitates easy insertion and removal of chips without soldering, ensuring efficient compatibility with various electronic development and repair tasks.

• Zero Insertion Force (ZIF) mechanism allows chip placement without damage, streamlining insertion and removal.
• Supports multiple QFP variants, including QFP48, TQFP48, LQFP48, and PQFP48, ensuring versatile use.
• Fine 0.5mm pin pitch matches high-density IC configurations for accurate connectivity.
• Compact footprint of 7x7mm body, extending to 9x9mm with pins, saves board space.
• Durable socket contacts provide a reliable electrical connection throughout repeated use.
• Ideal for testing, programming, and prototype development in electronic components and circuit assemblies.

The QFP100 TQFP100 FQFP100 ZIF Socket is a precision component designed for integrated circuits with a 0.5mm pitch and a body size of 14x14mm, extending to 16x16mm with pins. This socket enables secure, temporary connections for testing or programming without soldering, ensuring compatibility with various QFP packages. Ideal for developers and engineers, it supports reliable chip insertion and removal in prototyping and production environments.

• 0.5mm pitch guarantees precise alignment for fine-pitched QFP100 packages
• 14x14mm body size accommodates common chip dimensions while the 16x16mm pin extension ensures full connectivity
• ZIF mechanism allows effortless insertion and removal of ICs, minimizing the risk of damage
• Durable construction designed to withstand repeated use in testing and development applications
• Compatible with TQFP and FQFP package types, providing flexibility for various component requirements
• Enables efficient debugging, programming, and functional testing without permanent soldering
• Compact form factor suitable for constrained board layouts and prototyping stations

The QFP32 ZIF Socket is designed for secure and efficient testing or programming of QFP32, TQFP32, and FQFP32 integrated circuits. With a 0.8mm pitch and a compact 7x7mm body size (expanding to 9x9mm when including pins), this socket provides reliable contact without damaging delicate pins. Ideal for prototype development and circuit board testing, it ensures compatibility with various 32-pin IC packages while simplifying the insertion and removal process thanks to its Zero Insertion Force mechanism.

• Zero Insertion Force design minimizes pin stress, preserving IC integrity during multiple insertions.
• Compatible with QFP32, TQFP32, and FQFP32 packages to support a range of 32-pin ICs.
• 0.8mm pitch ensures precise alignment with closely spaced pins for accurate electrical contact.
• Compact 7x7mm body size fits neatly in test and programming setups, expanding to 9x9mm with pins.
• Durable construction provides consistent performance throughout repeated use in prototype and manufacturing environments.
• Facilitates easy insertion and removal of ICs, streamlining workflows in electronic testing and development.

The QFP44 ZIF Socket is designed to securely hold integrated circuits with a 0.8mm pitch in a compact 10x10mm body size, extending to 12x12mm with pins. This socket enables easy insertion and removal of QFP44, TQFP44, and LQFP44 package types, making it ideal for testing, programming, or prototyping applications. Its zero insertion force mechanism ensures reliable contact without damaging delicate pins, providing compatibility with a variety of 44-pin devices in electronics development and repair.

• Zero Insertion Force design minimizes damage risk to IC pins during repeated insertions
• Precisely supports QFP44, TQFP44, and LQFP44 packages with 0.8mm pin pitch for broad device compatibility
• Compact 10x10mm socket body size expands to 12x12mm including pin extensions for secure mounting
• Ideal for circuit testing, programming, and prototyping through easy IC installation and removal
• Durable construction ensures consistent electrical contact over multiple use cycles
• Facilitates efficient development workflows by simplifying IC handling and replacement

The QFP64 TQFP64 ZIF Socket offers a precise and reliable solution for mounting 64-pin Thin Quad Flat Package (TQFP) integrated circuits with a 0.5mm pitch. Designed with a compact body measuring 10x10mm (12x12mm including pins), this zero insertion force socket ensures easy insertion and removal of chips without damaging the delicate leads. Ideal for testing, programming, or prototyping components, it supports seamless integration in various electronics development and manufacturing workflows.

• Zero Insertion Force design minimizes risk of pin damage during component installation and removal
• 0.5mm pin pitch matches industry-standard TQFP64 packages for broad compatibility
• Compact 10x10mm body size accommodates space-constrained circuit layouts efficiently
• Extended 12x12mm footprint with pins facilitates secure PCB mounting and stable connections
• Durable construction supports repeated use in testing and development environments
• Versatile application suitable for programming, firmware updates, and prototype validation
• Easy integration with standard components in the electronics manufacturing process

The QFP80 ZIF socket is designed for securely mounting and testing 80-pin Quad Flat Package (QFP) integrated circuits with a fine 0.5mm pitch. With a compact body size of 12x12mm (14x14mm including pins), this socket offers reliable connections while enabling easy insertion and removal of chips without soldering. It is ideal for development, programming, and quality control tasks involving surface-mount ICs in electronics manufacturing and repair environments.

• Precise 0.5mm pin pitch ensures compatibility with fine-pitch QFP80 packages for accurate signal transmission.
• The compact 12x12mm body with pins extending to 14x14mm fits neatly on test boards or prototypes.
• ZIF (Zero Insertion Force) mechanism allows effortless chip insertion and removal, reducing risk of damage during testing.
• Constructed with durable materials to maintain consistent electrical contact and long service life under repeated use.
• Suits a wide range of applications including IC programming, functional testing, and circuit debugging.
• Designed to integrate seamlessly with standard test fixtures and development kits for efficient workflow.

The SOIC14 ZIF Socket is a precision component designed to securely hold 14-pin Small Outline Integrated Circuit (SOIC) packages with a 1.27mm pitch and a body width of 3.9mm (150 mil). Its zero insertion force (ZIF) mechanism ensures easy and damage-free IC insertion and removal, making it ideal for testing, programming, and prototyping applications. Compatible with standard SOIC14 chips, this socket supports reliable electrical connections while maintaining the integrity of delicate leads.

• 1.27mm pin pitch tailored to fit SOIC14 integrated circuits with precision alignment
• 3.9mm body width ensuring compatibility with standard 150mil SOIC chip dimensions
• Zero Insertion Force design enables secure IC placement without stressing pins, perfect for repetitive testing
• Durable construction that maintains contact integrity across multiple insertion cycles
• Easy locking mechanism simplifies chip installation and removal without specialized tools
• Ideal for prototyping and programming environments where ICs need frequent swapping
• Compact footprint suitable for space-constrained circuit boards and test fixtures

The SOIC16 ZIF Socket with a 1.27mm pitch and a 3.9mm body height is designed for secure and efficient integrated circuit connections. Ideal for testing and programming SOIC16 packages, this zero insertion force socket minimizes damage to delicate pins during repeated insertions. Its compact dimensions ensure compatibility with standard SOIC16 chips, making it a reliable component in electronics development and prototyping environments.

• Zero Insertion Force design protects IC pins from bending or damage during component insertion and removal.
• 1.27mm pin pitch ensures precise alignment with SOIC16 package leads for stable electrical connections.
• 3.9mm body height accommodates typical SOIC16 chip dimensions for seamless integration.
• Durable construction supports repeated use in testing and programming applications without performance loss.
• Compatible with standard SOIC16 integrated circuits commonly used in electronics prototyping and production.

The SOIC16 SOP16 ZIF Socket is designed for secure and easy insertion of 16-pin SOIC and SOP integrated circuits with a 1.27mm pitch and a body width of 7.5mm (300mil). Its zero insertion force mechanism minimizes damage to delicate IC pins during testing or programming. This socket is compatible with a wide range of components, making it ideal for prototyping, development, and repair tasks where reliable IC connectivity is critical.

• Zero Insertion Force (ZIF) design enables effortless IC placement and removal without stressing pins
• 1.27mm pin pitch ensures compatibility with standard SOIC16 and SOP16 packages
• 7.5mm body width accommodates common 300mil footprint devices securely
• Robust construction provides consistent contact reliability over repeated use
• Suitable for programming, testing, and development environments requiring frequent chip swaps
• Compact form factor saves board space while maintaining accessibility

The SOIC20 SOP20 ZIF Socket is a precision-engineered component designed for secure and reliable connections in electronic assemblies. Featuring a 1.27mm pitch and a compact 7.5mm (300mils) body width, it facilitates easy insertion and removal of SOIC20 or SOP20 integrated circuits without soldering. This zero insertion force (ZIF) socket is ideal for prototyping, testing, and production environments, ensuring compatibility with standard 20-pin SOIC/SOP packages and enhancing the efficiency of circuit board handling.

• Zero Insertion Force design enables effortless chip placement and removal, reducing risk of damage to pins or boards.
• 1.27mm pitch spacing precisely matches SOIC20 and SOP20 IC footprints for seamless integration.
• 7.5mm (300mils) body width offers a compact footprint compatible with industry-standard components.
• Durable construction provides consistent electrical contact and long-term reliability during repeated use.
• Facilitates testing and prototyping by allowing quick swapping of integrated circuits without soldering.
• Compatible with 20-pin SOIC and SOP packages, supporting a wide range of applications in electronics development.

The SOIC18 SOP18 ZIF Socket is designed for secure and reliable connections of 18-pin SOIC and SOP integrated circuits with a 1.27mm pitch. Featuring a body width of 300 mils (7.5mm), this Zero Insertion Force socket allows easy insertion and removal of chips without damaging pins, making it ideal for testing, programming, or prototyping applications. Its precise design ensures compatibility with standard SOIC18/SOP18 packages, providing stable contact and excellent electrical performance for various electronic component projects.

• Zero Insertion Force mechanism minimizes pin damage and simplifies IC handling during testing and programming
• 1.27mm pin pitch perfectly matches SOIC18 and SOP18 integrated circuits for reliable connections
• 300 mil (7.5mm) wide body accommodates standard IC package dimensions with stable seating
• High-quality contact pins ensure consistent electrical conductivity and minimal signal loss
• Durable construction supports repeated use in development and manufacturing environments
• Compatible with a wide range of 18-pin SOIC/SOP chips, suitable for various electronic applications and component testing

The SOIC8, SOP8 SMD ZIF Socket is designed for narrow body integrated circuits with a 3.81mm width and a 1.27mm pitch. This surface-mount device socket facilitates easy insertion and removal of ICs without soldering, ensuring reliable connections during testing or prototyping. Its zero insertion force mechanism protects delicate pins, making it ideal for applications requiring frequent component changes or evaluations.

• Zero Insertion Force (ZIF) design minimizes stress on IC pins, enhancing durability during repeated use.
• Compatible with SOIC8 and SOP8 packages featuring a narrow body of 3.81mm width and 1.27mm pitch spacing.
• Surface-mount technology (SMT) ready for seamless integration onto printed circuit boards (PCBs).
• Compact form factor supports space-efficient layouts in electronic assemblies.
• Ideal for test and development environments where frequent IC swaps are necessary without soldering.
• Provides secure electrical contact while allowing quick insertion and removal of components.
• Durable construction ensures long-term performance under various operating conditions.

The SOIC8 ZIF Socket is a reliable component designed for surface-mount integrated circuits with a 1.27mm pitch. Its wide body accommodates widths between 5.25mm and 5.4mm (0.209 inch), ensuring precise connections without soldering. Ideal for testing and programming ICs, this Zero Insertion Force socket simplifies insertion and removal while maintaining secure electrical contact, making it perfect for prototyping and repair tasks involving SOIC8 packages.

• 1.27mm pin spacing provides compatibility with standard SOIC8 integrated circuits.
• The wide body design fits IC widths from 5.25mm to 5.4mm, covering common package variations.
• Zero Insertion Force mechanism enables easy chip insertion and removal without risk of pin damage.
• Constructed for secure and stable electrical contacts, ensuring reliable signal transmission during testing.
• Perfectly suited for prototyping, debugging, and programming SOIC8 components without soldering.
• Compatible with a variety of surface-mount SOIC8 devices across electronics projects and repairs.

The SOIC28 ZIF Socket is a precision-engineered component designed for secure and easy insertion of SOIC28 integrated circuits with a 1.27mm pin pitch and a 7.5mm body width. This socket ensures reliable electrical contact while allowing effortless IC removal without soldering. Ideal for prototyping, testing, and development, it supports seamless integration in various electronic assemblies requiring SOIC28 package compatibility.

• 1.27mm pitch spacing perfectly fits SOIC28 ICs for accurate placement.
• 7.5mm body width accommodates standard SOIC28 chip dimensions comfortably.
• ZIF (Zero Insertion Force) mechanism enables quick insertion and removal without damaging pins.
• Constructed with durable materials to maintain consistent contact and longevity.
• Designed to streamline testing and programming cycles by reducing IC handling time.
• Compatible with a wide range of SOIC28 devices across multiple applications.

The TSSOP14 SSOP14 ZIF Socket is designed for secure and convenient connections with integrated circuits featuring a 0.65mm pitch and a 4.4mm body width. This component facilitates easy insertion and removal of devices without soldering, making it ideal for testing, programming, or prototyping applications in electronics development. Its Zero Insertion Force design ensures reliable contact while protecting delicate pins from damage, supporting compatibility with a wide range of TSSOP14 and SSOP14 packaged ICs.

• Zero Insertion Force mechanism allows effortless chip placement and removal, reducing wear on pins during repetitive testing.
• 0.65mm pin pitch precisely matches the standard TSSOP14 and SSOP14 integrated circuit layouts for optimal connection.
• Compact 4.4mm body width fits tightly within typical PCB footprints for these package types, saving board space.
• Durable contacts provide consistent electrical performance across numerous insertion cycles.
• Versatile use for device programming, verification, and troubleshooting in electronics manufacturing and development.
• Compatible with standard TSSOP and SSOP chips, supporting various semiconductor manufacturers’ devices.
• Reduces soldering requirements thereby speeding up prototyping and reducing risk of component damage.

The TSSOP24 SSOP24 ZIF Socket is a precision component designed for secure and reliable connections in electronic assembly. Featuring a 0.65mm pitch and a compact 5.3mm body width, this Zero Insertion Force socket simplifies the insertion and removal of integrated circuits without risking damage. Ideal for testing, programming, or prototyping, it supports a range of TSSOP and SSOP package types, providing compatibility with various semiconductor devices in development and production environments.

• Zero Insertion Force mechanism minimizes stress on delicate IC pins during handling and testing
• Fine 0.65mm pin pitch accommodates closely spaced leads for high-density circuit designs
• Compact 5.3mm body width ensures space-efficient integration on crowded PCBs
• Compatible with both TSSOP24 and SSOP24 package formats, enhancing versatility
• Durable construction supports repeated insertions without loss of contact reliability
• Facilitates quick and easy swapping of chips, accelerating prototyping and troubleshooting
• Designed for precise alignment and secure electrical connections in component testing

The TSSOP28 SSOP28 ZIF Socket is a precision component designed for secure, reliable connections in integrated circuit testing and programming. Featuring a compact 0.65mm pitch and a 5.3mm body size, this Zero Insertion Force socket ensures easy IC insertion and removal without damage. Ideal for use with TSSOP and SSOP packages, it supports efficient prototyping, production testing, and development workflows in electronics manufacturing.

• Zero Insertion Force mechanism reduces wear and tear on IC pins during repeated insertions.
• Specifically tailored for 0.65mm pitch TSSOP28 and SSOP28 packages, ensuring precise fit and contact.
• Compact 5.3mm body width supports high-density PCB layouts and space-constrained applications.
• Durable construction designed to maintain consistent electrical contact throughout extensive testing cycles.
• Compatible with standard programming and testing equipment for streamlined integration.
• Facilitates rapid device swapping, enhancing development speed and production efficiency.

The TSSOP28 SSOP28 ZIF Socket is a precision component designed for secure and efficient chip testing and programming. Featuring a 0.65mm pitch and a compact 4.4mm body width, this Zero Insertion Force socket facilitates easy insertion and removal of TSSOP and SSOP packages without damaging delicate pins. It's ideal for applications in electronics prototyping, testing, and development environments where reliable connectivity and gentle handling of components are essential.

• Zero Insertion Force mechanism ensures safe and damage-free chip placement and removal
• 0.65mm pin pitch accommodates most TSSOP28 and SSOP28 integrated circuits with precision
• Compact 4.4mm body width optimizes board space for dense circuit layouts
• Durable construction designed for repeated cycles in testing and programming tasks
• Reliable electrical contacts maintain consistent signal integrity throughout use
• Compatible with standard 28-pin TSSOP and SSOP chips for versatile application

The TSSOP24 SSOP24 ZIF socket is a precision-engineered component designed for secure and easy insertion of 24-pin TSSOP and SSOP integrated circuits with a 0.65mm pitch and a 4.4mm body width. Its zero insertion force feature minimizes wear on delicate IC pins, making it an ideal choice for testing, programming, or temporary circuit connections. This socket ensures reliable electrical contact and compatibility with a wide range of applications in electronics prototyping and manufacturing.

• Zero insertion force mechanism prevents damage to IC pins during installation and removal
• Supports a 0.65mm pin pitch, perfectly fitting 24-pin TSSOP and SSOP packages
• Compact body width of 4.4mm optimizes space on circuit boards
• Durable materials ensure long-lasting, dependable connections for repeated use
• Facilitates quick and secure connections in testing and programming environments
• Compatible with a broad range of 24-pin integrated circuits for diverse electronic projects

The TSSOP20 ZIF socket with a 0.65mm pitch and a compact 6.5x4.4mm body is designed for secure and reliable connections in electronic component testing and programming. Its Zero Insertion Force mechanism simplifies IC insertion and removal, reducing the risk of damage during handling. Ideal for use with TSSOP20 packaged integrated circuits, this socket ensures excellent contact integrity and compatibility with a variety of PCB layouts and test setups.

• Zero Insertion Force design allows effortless chip insertion and removal, minimizing mechanical stress on components.
• Precise 0.65mm pin pitch optimizes compatibility with standard TSSOP20 IC packages.
• Compact 6.5x4.4mm body size fits efficiently into tight circuit board spaces without sacrificing stability.
• Reliable contact terminals ensure consistent electrical connections during testing and programming processes.
• Durable construction materials provide long-lasting performance for repeated use in development environments.
• Versatile application for testing, programming, and prototyping TSSOP20 integrated circuits.

The Universal Test Clip for SOIC8 1.27mm is designed to provide a secure and precise connection for testing both narrow and wide body SOIC8 components. This versatile clip facilitates reliable electrical contact during debugging and circuit analysis, compatible with standard 1.27mm pitch IC packages. Its construction ensures stable grip without damaging delicate pins, making it an essential tool for electronics engineers and technicians working with surface-mount devices.

• Compatible with both narrow and wide SOIC8 bodies, accommodating various chip sizes with a consistent 1.27mm pitch
• Secure grip mechanism that maintains firm contact on component pins for accurate signal testing
• Durable construction engineered to withstand repeated use in professional electronics environments
• Easy to attach and remove, streamlining the testing process without risking component damage
• Ideal for troubleshooting and diagnostics on surface-mount integrated circuits in development or repair tasks
• Compact and lightweight design for convenient handling during intricate testing scenarios

The Universal Test Clip is designed to provide reliable and precise connections for integrated circuits up to SOIC16 with a 1.27mm pitch. Compatible with both narrow and wide body packages, this component is ideal for electronics testing and debugging tasks. Its sturdy construction and versatile design make it suitable for use in various applications requiring secure contact with small IC pins.

• Fits SOIC16 packages with a 1.27mm pin spacing for wide compatibility
• Supports both narrow and wide body chip sizes to accommodate different IC designs
• Offers a secure grip on IC pins ensuring stable and accurate signal testing
• Constructed with durable materials for long-lasting reliability in laboratory and field use
• Compatible with a wide range of testing equipment for versatile application
• Compact design allows easy access to crowded circuit boards without damage
• Ideal for troubleshooting, development, and quality control in electronics projects