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LVDS Interface Ics

A Low voltage differential signaling integrated circuit is a piece of electronic semiconductor equipment with a balanced digital transmission mechanism. Low voltage differential signaling is also known as TIA/EIA-644. LVDS integrated circuits incorporate a trait that allows them to be operated at low power and high speeds with the help of copper cables.

Types of LVDS interface ICs

Low voltage differential signaling integrated circuits are available in a wide range of distinct types of specifications in the industry today, such as:

  • An LVDS buffer - An LVDS buffer, referred to as a fanout buffer, is a semiconductor integrated circuit (IC) capable of producing numerous copies of the input signal and dispersing them across several loads with a quick rise and fall time and low jitter. Additionally, the voltage swing can be altered externally. The input and output interfaces of the ICs use current-mode logic (CML), which is intended to carry data across standard PCBs at speeds ranging from 312.5 MBps to 3.125 GBps. These can also be purchased with an LVDS repeater.
  • LVDS Serialized and deserialized - A serializer converts continuously moving data into a serial number of a high-speed, low-voltage differential signaling data stream. The deserializer takes the serial output of a serializer and does a reverse operation to convert it back to parallel format. Different types of integrated circuits are available, whilst programming for STP input is reverse compatible with all Gigabit Multimedia Serial Link serializers. 
  • LVDS receivers - Devices that implement LVDS characteristics are called LVDS receivers. Some receivers include flowthrough pin configurations, allowing simple PCB layout, input and output signal separation, and extremely low power consumption.
  • LVDS repeaters - Integrated circuits that are used as repeaters—offer standalone input and output signals with the help of LVDS technology. This equipment is typically manufactured to accept a standalone LVDS input and repeat the signal at one direction output.
  • LVDS transmitters - A low voltage differential signaling transmitter integrated circuit distributes power at a constant voltage into wires, which in turn determines the direction of the current of the digital logic level.

Applications of LVDS Interface IC

Low voltage differential signaling Integrated Circuits are commonly used in a wide range of applications, such as:

  • Networking and wireless base station infrastructure
  • Backplane data transmission
  • Graphics Designing
  • Point-to-point data transmission
  • High-speed video

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FIN3386MTDX, onsemi
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FIN1002M5X, onsemi
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FIN1101K8X, onsemi
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ADN4664BRZ, Analog Devices
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ADN4697EBRZ, Analog Devices
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FIN1028MX, onsemi
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MAX3378EETD+T, Maxim Integrated
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FIN1018MX, onsemi
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MAX9275GTN/V+, Maxim Integrated
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ADN4693EBRZ, Analog Devices
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MAX9174EUB+, Maxim Integrated
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MAX9122EUE+, Maxim Integrated
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MAX13030EETE+, Maxim Integrated
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ADN4665ARZ, Analog Devices

ADN4665ARZ, Analog Devices

LVDS Line Drivers, Analog Devices LVDS Communication Low Voltage Differential Signaling, or LVDS, is an electrical signaling system that can run at very high speeds over cheap, twisted-pair copper cables. Applications: Firewire, SATA, SCSI
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BU90LV048-E2, ROHM

BU90LV048-E2, ROHM

LVDS Interface IC of ROHM "Serializer" "Deserializer" operate from 8MHz to 150MHz wide clock range, and number of bits range is from 35 to 70. Data is transmitted seven times (7 ´ ) stream and reduce cable number by 3 (1 / 3) or less. The ROHM's LVDS has low swing mode to be able to expect further low EMI. Driver and Receiver of 4 bits operate to 250MHz. It can be used for a variety of purposes, home appliances such as LCD-TV, business machines such as decoders, instruments, and medical equipment 500Mbps (250MHz) switching rates Flow-through pinout simplifies PCB layout 150ps channel-to-channel skew 100ps differential skew 3.7ns maximum propagation delay 3.3V power supply design 6mA and 8mA selectable output drive strength Accepts small swing (200mV typical) differential signal levels Supports open, short and terminated input fail-safe Industrial temperature operating range (-40℃ to +85℃)
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FIN3385MTDX, onsemi

FIN3385MTDX, onsemi

LVDS Transceivers, Fairchild Semiconductor
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FIN1002M5X, onsemi

FIN1002M5X, onsemi

LVDS Line Receivers, Fairchild Semiconductor
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FIN1108MTDX, onsemi

FIN1108MTDX, onsemi

LVDS Repeaters, Fairchild Semiconductor
New items
ADN4664BRZ, Analog Devices

ADN4664BRZ, Analog Devices

LVDS Line Receivers, Analog Devices LVDS Communication Low Voltage Differential Signaling, or LVDS, is an electrical signaling system that can run at very high speeds over cheap, twisted-pair copper cables. Applications: Firewire, SATA, SCSI
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FIN1104MTC, onsemi

FIN1104MTC, onsemi

LVDS Repeaters, Fairchild Semiconductor
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MAX9112EKA+T, Maxim Integrated
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ADN4697EBRZ, Analog Devices

ADN4697EBRZ, Analog Devices

LVDS Transceivers, Analog Devices LVDS Communication Low Voltage Differential Signaling, or LVDS, is an electrical signaling system that can run at very high speeds over cheap, twisted-pair copper cables. Applications: Firewire, SATA, SCSI
New items
ADN4667ARZ, Analog Devices

ADN4667ARZ, Analog Devices

LVDS Transceivers, Analog Devices LVDS Communication Low Voltage Differential Signaling, or LVDS, is an electrical signaling system that can run at very high speeds over cheap, twisted-pair copper cables. Applications: Firewire, SATA, SCSI
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9DB803DGILF, Renesas Electronics

9DB803DGILF, Renesas Electronics

The Renesas Electronics 9DB803 is compatible with the Intel DB800v2 Differential Buffer Specification. This buffer provides 8 PCI Express Gen2 clocks. The 9DB803 is driven by a differential output pair from a CK410B+, CK505 or CK509B main clock generator. 8 - 0.7 V current-mode differential output pairs Supports zero delay buffer mode and fanout mode Bandwidth programming available 50-100 MHz operation in PLL mode 50-400 MHz operation in Bypass mode Spread spectrum modulation tolerant, 0 to -0.5% down spread and +/- 0.25% centre spread. Supports undriven differential outputs in PD# and SRC_STOP# modes for power management. Outputs cycle-cycle jitter < 50 ps Outputs skew: 50 ps Phase jitter: PCIe Gen1 < 86 ps peak to peak Phase jitter: PCIe Gen2 < 3.0/3.1 ps rms 48-pin SSOP/TSSOP package
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