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Other Card Edge Components

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HM5203E-G2LH
Foxconn Electronics
Header Connector
Quantity: 3600
Ship Date: 8-16 working days
3600+ $0.862
7200+ $0.8267
- +
x $0.862
Ext. Price: $3103.20
MOQ: 3600
Mult: 3600
SPQ: 3600
AS0A621-H2S6-7H
Foxconn Electronics
Conn DDR3 SO DIMM Socket SKT 204 POS 0.6mm Solder RA SMD T/R
Quantity: 7500
Ship Date: 8-11 working days
21+
750+ $0.5703
- +
x $0.5703
Ext. Price: $427.72
MOQ: 750
Mult: 750
SPQ: 750
AS0B221-S68Q-7H
Foxconn Electronics
Mini PCI Express Socket 52 Position
Quantity: 4000
Ship Date: 6-8 weeks
24+
400+ $0.2381
800+ $0.2341
1200+ $0.2281
- +
x $0.2381
Ext. Price: $95.24
MOQ: 400
Mult: 400
SPQ: 400
AS0A621-HASN-7H
Foxconn Electronics
Quantity: 9900
Ship Date: 8-11 working days
21+
330+ $0.9267
- +
x $0.9267
Ext. Price: $305.81
MOQ: 330
Mult: 330
SPQ: 330
AS0BC21-S40BB-7H
Foxconn Electronics
NGFF Socket SMT Vertical
Quantity: 0
In Stock
- +
x $
Ext. Price:
MOQ: 1
Mult: 1
SPQ: 940

Other Card Edge Components

Card Edge Connectors - Other

Definition:
Card edge connectors are electronic components designed to provide a means of connection between a circuit board and external devices or other circuit boards. They are typically used for data transmission, power supply, and signal interfacing. "Other" in this context refers to non-standard or specialized types of card edge connectors that may not fit into the common categories but are tailored to specific applications or industries.

Function:
1. Data Transmission: They facilitate the transfer of digital or analog data between devices.
2. Power Supply: They can supply power to the connected devices.
3. Signal Interfacing: They enable the connection of various signal types, including audio, video, and control signals.

Applications:
1. Computer Systems: For connecting expansion cards to the motherboard.
2. Telecommunications: In equipment for signal routing and data transfer.
3. Industrial Automation: For interfacing control systems with sensors and actuators.
4. Medical Equipment: In devices that require precise and reliable data and power connections.

Selection Criteria:
1. Compatibility: Ensure the connector is compatible with the devices it will interface with.
2. Contact Density: Consider the number of contacts needed for the application.
3. Signal Integrity: For high-speed data transfer, choose connectors that maintain signal integrity.
4. Power Handling: Select connectors that can handle the required power load.
5. Environmental Resistance: For harsh environments, choose connectors with appropriate protection ratings.
6. Reliability: Look for connectors with a proven track record of durability and reliability.
7. Cost: Consider the cost-effectiveness of the connector, including its purchase price and long-term maintenance.
8. Ease of Use: Some applications may require connectors that are easy to install and remove.

When selecting a card edge connector, it's crucial to consider the specific requirements of the application to ensure optimal performance and reliability. Specialty connectors may offer unique features such as high-density contacts, custom configurations, or enhanced shielding to meet the demands of particular industries or technologies.
Please refer to the product rule book for details.