LXI 1GHz 75ohm 24x16 Matrix
60-730-002 - Pickering Interfaces Inc.
The 60-730 is a family of integrated RF matrices suitable for use up to 1.5GHz. The construction of the 60-730 provides a cost effective alternative for RF switching based on microwave switching elements while maintaining a high level of matrix performance. The design is fully scalable, allowing a variety of matrix sizes to be offered in a single family.
Matrix
Format: LXI
Subcomponents
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
F-Type (Female): Quantity: 1
-
product
LXI 75Ω RF Matrix - 1GHz
The design is fully scalable, allowing a variety of matrix sizes to be offered in a single family. It maintains a close path loss match for all routes through the matrix, minimizing the calibration effort that has to be invested by users in optimizing their test system performance. The design is non-blocking Y to X (or X to Y) allowing any input to be connected to any output. The construction is based on high quality electromechanical relays which provide a fast operating time compared to microwave relays.
