HDR-EA26LFYPG1-SLG+ is a Hirose board to board connector designed for compact PCB interconnection applications. The complete part number identifies a specific connector configuration within the Hirose HDR series, making the exact suffix important when matching the component to an existing PCB design.
The connector provides a 26 position contact configuration and is intended for reliable board level electrical interconnection. Its compact construction makes it suitable for electronic equipment where multiple signal connections need to be integrated into a relatively small PCB area.
HDR-EA26LFYPG1-SLG+ is part of the Hirose Electric HDR series.
The HDR series is designed for board level interconnection, providing a structured multi-contact interface between PCBs or between a PCB and another compatible board-mounted connector.
The 26 position configuration gives the designer multiple electrical connections within one connector assembly instead of requiring individual wires or discrete terminals.
For equipment using a dedicated HDR series mating interface, retaining the complete HDR-EA26LFYPG1-SLG+ part number is important during component sourcing and replacement.
The 26 position configuration is one of the defining characteristics of this connector.
A multi-position connector allows several signal or power connections to pass through a single compact interconnection point.
The exact electrical assignment depends on the equipment design and mating connector.
When creating a PCB footprint, all 26 contact positions should be accounted for according to the manufacturer's mechanical specification.
HDR-EA26LFYPG1-SLG+ is intended for board level interconnection.
Board to board connectors are commonly used when two PCBs need to communicate electrically while maintaining a defined mechanical relationship.
This type of connector can simplify equipment construction by replacing multiple individual connections with one controlled interface.
For modular electronic equipment, a board to board connector can also make PCB assembly, maintenance and system integration more convenient.
The manufacturer designation is important when identifying HDR-EA26LFYPG1-SLG+.
Hirose produces a wide range of connector families with similar appearance but different contact pitches, mating structures and mechanical dimensions.
The complete MPN therefore provides a more precise identification than a generic search for a 26 position board connector.
For procurement and engineering documentation, HDR-EA26LFYPG1-SLG+ should be retained exactly as specified.
The connector is designed for applications where PCB space needs to be used efficiently.
Instead of routing numerous individual wires between circuit boards, the connector provides a consolidated multi-contact interface.
This approach can make the internal wiring structure cleaner and can help reduce the complexity of PCB-to-PCB connections.
In compact electronic equipment, the connector's exact dimensions and mating direction should be considered during the early mechanical design stage.
PCB design for HDR-EA26LFYPG1-SLG+ should begin with the manufacturer's recommended footprint.
The position of every contact and mounting feature needs to correspond to the connector's mechanical drawing.
Clearance around the connector is also important because the mating component must be able to engage correctly without interference from nearby components.
For high density PCB layouts, the connector location should be planned together with signal routing and mechanical enclosure constraints.
The 26 contacts provide a convenient interface for multiple electrical signals.
Depending on the application, the connector may be used for digital signals, control signals, power connections or combinations of different circuit functions.
The electrical assignment is determined by the product designer rather than by the connector alone.
When using HDR-EA26LFYPG1-SLG+ in a high speed application, signal integrity should be evaluated according to the actual mating configuration, PCB stackup, routing and operating frequency.
Correct mating is essential for reliable operation.
The mating connector must correspond to the exact Hirose HDR series configuration and contact arrangement.
A connector with the same number of positions is not necessarily mechanically compatible.
Differences in pitch, orientation, contact structure or housing dimensions can prevent proper mating.
For this reason, replacement sourcing should always start with the complete HDR-EA26LFYPG1-SLG+ part number.
When searching for an HDR-EA26LFYPG1-SLG+ replacement, both electrical and mechanical compatibility need to be checked.
The replacement should match the 26 position configuration and the required HDR series mating interface.
The PCB footprint is particularly important because board connectors often have tightly controlled contact spacing and mounting dimensions.
A replacement that has the same number of positions but a different footprint may require PCB modification.
An HDR-EA26LFYPG1-SLG+ alternative should be evaluated based on the complete connector configuration rather than contact count alone.
Important factors include contact arrangement, mating compatibility, mounting method, board orientation, pitch and overall dimensions.
If the connector is installed on an existing production PCB, a direct footprint-compatible alternative is normally preferable.
For a new PCB design, engineers may have more flexibility to evaluate other compatible connector families.
HDR-EA26LFYPG1-SLG+ can be considered for electronic equipment requiring a compact multi-contact PCB interconnection.
Potential applications include embedded electronic systems, industrial equipment, control boards, communication equipment and other modular PCB assemblies.
The exact suitability depends on the electrical requirements and mechanical configuration of the finished product.
The 26 position format is particularly useful where a relatively large number of connections must be concentrated into one board level interface.
During equipment integration, the connector location should be coordinated with the PCB edge, enclosure and mating board.
Mechanical tolerance is important because board to board connectors generally require accurate alignment during mating.
If the two PCBs are fixed at different positions or angles, excessive mechanical stress may be transferred to the connector.
A suitable mechanical support structure can therefore be important in systems where the connector is repeatedly mated or where the PCBs are relatively large.
Buyers searching for HDR-EA26LFYPG1-SLG+ suppliers should use the complete MPN.
Searching only for Hirose 26 position connector can return multiple products with different footprints and mating specifications.
ElecSuppliers provides an electronic component supplier platform where buyers can search for suppliers associated with specific part numbers.
For an HDR-EA26LFYPG1-SLG+ sourcing request, buyers can provide the required quantity, application and purchasing requirements when contacting suppliers.
Before purchasing HDR-EA26LFYPG1-SLG+, buyers should verify the complete part number and manufacturer configuration.
The contact count, mating interface, PCB footprint and mechanical dimensions should all match the original design.
For replacement projects, it is especially important to confirm that the connector will mate with the existing counterpart.
For production procurement, packaging, availability, lead time and supplier capability should also be confirmed before placing a larger order.
The complete part number HDR-EA26LFYPG1-SLG+ should be retained in engineering and purchasing documents.
Connector part numbers often contain detailed configuration information that distinguishes one mechanically similar product from another.
Removing the suffix or shortening the part number can therefore make supplier searches less precise.
For BOM management, purchasing and replacement sourcing, using the complete MPN is the safest way to identify the intended connector.
HDR-EA26LFYPG1-SLG+ provides a 26 position board level interconnection in a compact Hirose connector configuration.
Its main value is the ability to consolidate multiple PCB connections into one structured interface.
The complete part number should be used when sourcing the component because the exact mechanical and mating configuration is critical to compatibility.
HDR-EA26LFYPG1-SLG+ is a Hirose 26 position board to board connector designed for compact PCB interconnection.
Its multi-contact configuration allows multiple electrical connections to be consolidated into one connector, making it useful for modular PCB assemblies and electronic equipment requiring a structured board level interface.
For engineers, the most important considerations are the exact mating configuration, PCB footprint, contact arrangement and mechanical dimensions.
For buyers searching for HDR-EA26LFYPG1-SLG+ suppliers, ElecSuppliers provides a dedicated electronic component sourcing platform where the complete part number can be used to identify suppliers and submit purchasing requirements.
JP026821UNL 10 100 Base TX RJ45 MagJack Connector
HDR-EA26LFYPG1+ 26 Position Board to Board Connector
Explore related electronics articles and guides.
ADS1115IDGSR is a high resolution 16-bit ADC designed for precision sensor measurement, industrial monitoring and embedded data acquisition systems
BME280 is a compact environmental sensor measuring temperature, humidity and pressure for IoT devices, weather monitoring systems and smart applications
ESP32-S3-WROOM-1 is a powerful WiFi and Bluetooth module designed for AIoT devices, smart products, embedded applications and edge computing solutions
INA219AIDCNR is an I2C current and power monitoring IC designed for battery management, smart devices and embedded power measurement applications
W25Q64JVSSIQ is a 64Mbit SPI Flash memory IC widely used for firmware storage, embedded systems, IoT devices and MCU expansion applications
ISO1050DUBR is an isolated CAN transceiver designed for industrial automation, automotive electronics, battery systems and reliable CAN communication
STM32H743VIT6 is a high performance Cortex-M7 microcontroller designed for industrial control, real-time processing, graphics and advanced embedded systems
LM5164DDAR is a wide input synchronous buck converter designed for industrial power systems, 24V applications and compact DC power supply designs
TPS82130SILR is a compact MicroSiP step-down power module designed for space-limited applications including IoT devices, portable electronics and embedded syste...
ICM-42688-P is a high performance 6-axis IMU sensor with low noise and accurate motion tracking capability for drones, robotics and embedded applications
STM32F407VGT6 is a high performance ARM Cortex-M4 microcontroller with DSP and floating point capabilities for industrial control, robotics and embedded systems
ADS1115 is a 16-bit I2C analog-to-digital converter designed for precision voltage measurement, sensor interfaces and embedded applications
Copyright © ElecSuppliers.com. All Rights Reserved.