Showing results: 16 - 30 of 39 items found.
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MAX4889C -
Maxim Integrated
High-Speed PCI Express Passive Switches Enable Gen II Switching with Low Insertion Loss and Superior Return Loss
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MAX14954 -
Maxim Integrated
Ruggedized Redriver/Equalizer Increases PCIe Signal Integrity in Gen 3.0 Applications
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MAX4888A -
Maxim Integrated
High-Speed PCI Express Passive Switches Enable Gen II Switching
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MAX4888 -
Maxim Integrated
High-Speed PCI Express Passive Switches Enable Gen I Switching
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MAX4889 -
Maxim Integrated
High-Speed PCI Express Passive Switches Enable Gen I Switching
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MAX4889A -
Maxim Integrated
High-Speed PCI Express Passive Switches Enable Gen II Switching
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MAX14950 -
Maxim Integrated
Ultra-Small Equalizer/Redriver Improves PCIe Signal Integrity Across Systems for Gen 3.0 Applications
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MAX4950 -
Maxim Integrated
The MAX4950 PCI Express (PCIe®) quad equalizer/redriver operates from a single +3.3V supply. This device improves signal integrity at the receiver through programmable input equalization and programmable redrive circuitry. The output circuitry reestablishes deemphasis lost on the board, compensating for circuit board loss. This device permits optimal placement of key PCIe components and longer runs of stripline, microstrip, or cable.
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MAX14950A -
Maxim Integrated
The MAX14950A dual equalizer/redriver improves PCI Express® (PCIe) signal integrity by providing programmable input equalization. This feature reduces deterministic jitter and redrives circuitry to reestablish deemphasis, which compensates for circuit-board loss at high frequencies. The device permits optimal placement of key PCIe components and allows for longer runs of stripline, microstrip, or cable.
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MAX14955 -
Maxim Integrated
The MAX14955 dual equalizer/redriver improves PCI Express® (PCIe) signal integrity by providing programmable input equalization. This feature reduces deterministic jitter and redrives circuitry to reestablish deemphasis, which compensates for circuit-board loss at high frequencies. The device permits optimal placement of key PCIe components and allows for longer runs of stripline, microstrip, or cable.
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MAX5954 -
Maxim Integrated
The MAX5954 hot-plug controller is designed for PCI Express® applications. The device provides hot-plug control for 12V, 3.3V, and 3.3V auxiliary supplies of a single PCI Express (PCI-E) slot. The MAX5954's logic inputs/outputs allow interfacing directly with the system hot-plug management controller or through an SMBus™ with an external I/O expander. Integrated debounced attention switch and present-detect signals are included to simplify system design.
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Maxim Integrated
We offer the industry''s broadest selection of low-on-resistance, high-performance analog switches and multiplexers. Maxim’s switch and mux ICs are designed for general-purpose use as well as specific applications, including applications requiring high-voltage operation (up to 200V).
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Maxim Integrated
Transceivers implement physical layer protocols for various communications and serial bus interface standards. Maxim’s transceivers integrate a wide array of features to increase reliability and simplify designs while providing the highest levels of protection on the market. Click on the following links for more information about each of our transceiver product lines.
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MAX5957 -
Maxim Integrated
The MAX5957/MAX5958 triple hot-plug controllers are designed for PCI Express (PCIe)® applications. These devices provide hot-plug control for 12V, 3.3V, and 3.3V auxiliary supplies of three PCIe slots. The MAX5957/MAX5958s' logic inputs/outputs allow interfacing directly with the system hot-plug management controller or through an SMBus™ with an external I/O expander such as the MAX7313. An integrated debounced attention switch and present-detect signals simplify system design.
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MAX5958 -
Maxim Integrated
The MAX5957/MAX5958 triple hot-plug controllers are designed for PCI Express (PCIe)® applications. These devices provide hot-plug control for 12V, 3.3V, and 3.3V auxiliary supplies of three PCIe slots. The MAX5957/MAX5958s' logic inputs/outputs allow interfacing directly with the system hot-plug management controller or through an SMBus™ with an external I/O expander such as the MAX7313. An integrated debounced attention switch and present-detect signals simplify system design.