188257-1 vs 106015-1
| Part Number |
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| Category | Backplane Connectors - Hard Metric, Standard | Backplane Connectors - Hard Metric, Standard |
| Manufacturer | TE Connectivity AMP Connectors | TE Connectivity AMP Connectors |
| Description | CONN HDR PIN 154POS Z-PACK PCB | CONN HEADER R/A 110 POS 2MM PCB |
| Package | - | - |
| Series | Z-PACK | Z-PACK |
| Mounting Type | Through Hole | Board Edge, Through Hole, Right Angle |
| Termination | Press-Fit | Press-Fit |
| Contact Finish | Gold | Gold |
| Number of Positions | 154 (110 + 44 Ground) | 110 |
| Pitch | 0.079" (2.00mm) | 0.079" (2.00mm) |
| Connector Type | Header, Male Pins | Header, Male Pins |
| Contact Finish Thickness | 30µin (0.76µm) | 30µin (0.76µm) |
| Number of Positions Loaded | All | All |
| Number of Rows | 5 + 2 | 5 |
| Connector Style | A 22 | A 22 |
| Connector Usage | Backplane | Backplane |
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1. What is a backplane connector?
A backplane connector is an electronic device component used to connect the motherboard and the daughterboard. It is mainly used to realize signal interconnection and power supply between various types of daughter cards in the system. Backplane connectors are usually installed on the backplane PCB, and have the advantages of high contact density, fast signal transmission rate, ensuring signal transmission accuracy, long service life and convenient installation.
Types and application scenarios
Backplane connectors can be divided into high-speed backplane connectors, medium-speed backplane connectors and low-speed backplane connectors according to the transmission speed. High-speed backplane connectors are mainstream products in the market and are widely used in 5G communication base stations, data centers and other scenarios, which can effectively improve the signal transmission rate.
Structure and working principle
Backplane connectors are usually composed of multiple components, including contact interfaces, contact coatings, contact elastic components and connector plastic bodies. These components work together to realize the connection and separation between wires, cables, printed circuit boards and electronic components, transmit signals and exchange information.
Market status and development trends
The main manufacturers in the global backplane connector market include Samtec, Amphenol, TE, etc. The localization process of the Chinese market is also accelerating, and many companies have begun to lay out the research and development and production of backplane connectors, such as Huafeng Technology. With the improvement of 5G network coverage, the demand for backplane connectors will further increase, and the market prospects are broad. -
2. What is the purpose of the backplane connector?
The main purpose of the backplane connector is to connect the motherboard and the daughterboard to achieve high-speed signal transmission and power supply. Backplane connectors usually have the advantages of high contact density, fast signal transmission rate, ensuring signal transmission accuracy, long service life, and convenient installation. They are widely used in communication systems, consumer electronics, aerospace, military industry, and industrial control.
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3. What is a power backplane?
The power backplane is a metal plate installed at the rear of the server chassis. It integrates complex circuits and is mainly responsible for converting external input power into the DC power required by various components inside the server, and efficiently and safely distributes it to key components such as CPU, memory, hard disk, and graphics card. The power backplane achieves stable current output and overload protection through precise circuit design, ensuring the stability and reliability of the server under high-load operation.
Core functions and design principles of power backplane
Voltage conversion: The power backplane converts external input power into the DC power required by various components inside the server.
Current stable output and overload protection: Through precise circuit design, stable current output is achieved, and overload protection is performed when necessary to ensure the stable operation of the server.
Intelligent management: The power backplane is also embedded with intelligent monitoring and management functions, such as current monitoring, temperature sensing, fault warning, etc., so that operation and maintenance personnel can monitor the power status of the server in real time and respond to potential problems in a timely manner. -
4. What is the difference between a backplane and a PCB?
The main difference between a backplane and a PCB (Printed Circuit Board) lies in their definition, function and purpose.
Definition and function
A backplane is a bracket used to fix and connect circuit boards, usually made of metal, plastic or composite materials. It has threaded holes, slots, block accessories, etc. to facilitate the fixing of other devices and modules. Backplanes are mainly used in rack-mounted equipment in fields such as servers, communication equipment and industrial control systems.
PCB (Printed Circuit Board) is a board for electronic components and conductive channels. It is made of insulating material, coated with a film on the surface, and printed with metal lines. Its main function is to conduct electricity and is used to connect and support electronic components. PCB is widely used in computers, mobile phones, televisions, audio and industrial control.
Application scenarios
The backplane is mainly used in rack-mounted equipment in the fields of servers, communication equipment and industrial control systems to fix and connect other devices and modules.
PCB is widely used in various electronic devices, including computers, mobile phones, televisions, audio, etc., as a support for electronic components and a carrier for electrical connections.
Design and manufacturing process
The backplane design needs to consider the signal interface with each hardware module in the system and the design of the whole machine frame structure, which is special.
The PCB manufacturing process includes printing the circuit pattern using film, and then making the required copper foil circuit by exposure and chemical etching methods. With the advancement of science and technology, the manufacturing of PCB is becoming more and more sophisticated and complex.
