技術文件
規格
Brand
SamtecNumber Of Contacts
400
Number Of Rows
10
Pitch
1.27mm
Type
Board to Board
Mounting Type
Surface Mount
Body Orientation
Straight
Termination Method
Solder
Current Rating
2.3A
Voltage Rating
240 V
Series
SEAF
Contact Material
Copper
產品詳情
1.27mm SEARAY™ Series Interconnects
SEARAY™ is a 1.27mm high density, high speed board-to-board interconnect system. These SEAM / SEAF Series connectors can be mapped as a single-ended application, differential pair application, or a combination of both. When routed as a single-ended system, SEARAY™ is rated at 12.5 GHz @ -3dB. The SEAM / SEAF Series of High Speed / High Density Open Pin Field Array employs Solder Charge Technology for improved solder joint reliability. These SEAM SEAF Series SEARAY™ High Speed / High Density Open Pin Field Array use the Samtec Edge Rate contact system which gives high speed performance, zippering when mating and unmating as well as lowering insertion and extraction forces.
385.60 MOP
385.63 MOP Each (不含稅)
標準
1
385.60 MOP
385.63 MOP Each (不含稅)
暫時無法取得庫存資訊。
標準
1
暫時無法取得庫存資訊。
數量 | 單價 |
---|---|
1 - 19 | 385.63 MOP |
20 - 74 | 374.06 MOP |
75 - 299 | 362.50 MOP |
300 - 599 | 354.77 MOP |
600+ | 347.06 MOP |
技術文件
規格
Brand
SamtecNumber Of Contacts
400
Number Of Rows
10
Pitch
1.27mm
Type
Board to Board
Mounting Type
Surface Mount
Body Orientation
Straight
Termination Method
Solder
Current Rating
2.3A
Voltage Rating
240 V
Series
SEAF
Contact Material
Copper
產品詳情
1.27mm SEARAY™ Series Interconnects
SEARAY™ is a 1.27mm high density, high speed board-to-board interconnect system. These SEAM / SEAF Series connectors can be mapped as a single-ended application, differential pair application, or a combination of both. When routed as a single-ended system, SEARAY™ is rated at 12.5 GHz @ -3dB. The SEAM / SEAF Series of High Speed / High Density Open Pin Field Array employs Solder Charge Technology for improved solder joint reliability. These SEAM SEAF Series SEARAY™ High Speed / High Density Open Pin Field Array use the Samtec Edge Rate contact system which gives high speed performance, zippering when mating and unmating as well as lowering insertion and extraction forces.