LVDS Drivers/Receivers About AMS Assembly Services Avionic µElectronics Circuit Card Assembly RF and Microwave Mixed-Signal IC's Motion Control Multichip Modules Power Electronics HiRel Microelectronics Assembly Test Services Customer Furnished Tooling Customer Owned Tooling RadHard Analog Muxes RadHard ASICs Clock Management MIL-STD-1553 Databus MIL-STD-1553 Transceivers RadTol Eclipse FPGA LVDS Family LVDS Drivers/Receivers LVDS Serializers/Deserializers LVDS CrossLink/Repeaters 16-Bit Logic Logic Memory Family Microcontrollers MicroProcessors Precision Current RadHard Motor Drivers RadHard PWM Controllers RadHard Resolver - to - Digital Converter Transceivers RS-485 Trusted Accreditation SpaceWire Standard Product Cards RadHard Telemetry Acquisition Controller Trade Shows Contact Us Aeroflex AMS Home HiRel LVDS Drivers and Receivers Your Path to Gigabit Per Second Drivers/Receivers Aeroflex Colorado Springs offers 3-volt and 5-volt LVDS drivers and receivers with cold spare for your aerospace applications. Our latest product is the UT54LVDM031LV Bus-LVDS Driver. For questions, please call 800-645-8862. Aeroflex Colorado Springs was again awarded the Northrop Grumman Space Technology 2007 Gold Supplier Award. UT54LVDM031LV Low Voltage Bus-LVDS Quad Driver Low Voltage Differential Signaling (LVDS) Technology 400.0 Mbps (200Hz) switching rates +/-340mV differential signaling 3.3V power Cold spare all pins TTL compatible inputs 16-lead flatpack dual in-line Available to SMD 5962-06201, QML Q and V compliant, 300K rads (Si) to 1MRAD UT54LVDM055LV Dual Driver and Receiver Low Voltage Differential Signaling (LVDS) Technology Two drivers and two receivers with individual enables >400.0 Mbps (200Hz) switching rates +/-340mV differential signaling 3.3V power Cold spare all pins TTL compatible inputs 18-lead dual in-line flatpack Available to SMD 5962-06202, QML Q and V compliant, 300K rads (Si) to 1MRAD UT54LVDS032LVT Low Voltage Quad Receiver with Integrated Termination Resistor Low Voltage Differential Signaling (LVDS) Technology Quad CMOS differential line receiver Cold Spare All Pins Ultra low power CMOS technology >400 Mbps (200 MHz) switching rates, +340 mV nominal differential signaling Nominal 105 ohms Integrated Termination Resistor 16-lead dual in-line flatpack Available to SMD 5962-04201, QML Q and V compliant, 300K rads (Si) to 1MRAD UT54LVDS031LV 3.3-VOLT QUAD DRIVER Low Voltage Differential Signaling (LVDS) Technology Quad CMOS differential line driver Cold Spare All Pins Ultra low power CMOS technology >400 Mbps (200 MHz) switching rates, +340 mV nominal differential signaling 16-lead dual in-line flatpack Available to SMD (5962-98651), QML Q and V compliant, 100K rads (Si) UT54LVDS032LV 3.3 VOLT QUAD RECEIVER Low Voltage Differential Signaling (LVDS) Technology Quad CMOS differential line receiver Cold Spare All Pins Ultra low power CMOS technology >400 Mbps (200 MHz) switching rates, +340 mV nominal differential signaling 16-lead dual in-line flatpack Available to SMD (5962-98652), QML Q and V compliant, 100K rads (Si) UT54LVDS031 5-VOLT QUAD DRIVER Low Voltage Differential Signaling (LVDS) Technology Quad CMOS differential line driver Ultra low power CMOS technology >155.5 Mbps (77.7 MHz) switching rates, +340 mV nominal differential signaling 16-lead dual in-line flatpack Available to SMD (5962-95833), QML Q and V compliant, 1 Meg rads (Si) UT54LVDS032 5-VOLT QUAD RECEIVER Low Voltage Differential Signaling (LVDS) Technology Quad CMOS differential line receiver Ultra low power CMOS technology >155.5 Mbps (77.7 MHz) switching rates, +340 mV nominal differential signaling 16-lead dual in-line flatpack Available to SMD (5962-95834), QML Q and V compliant, 1 Meg rads (Si) UT54LVDSC031 5-VOLT QUAD DRIVER WITH COLD SPARE Low Voltage Differential Signaling (LVDS) Technology with Cold Spare LVDS outputs Quad CMOS differential line driver Ultra low power CMOS technology >155.5 Mbps (77.7 MHz) switching rates, +340 mV nominal differential signaling 16-lead dual in-line flatpack Available to SMD (5962-95833), QML Q and V compliant, 300K rads (Si) UT54LVDSC032 5-VOLT QUAD RECEIVER WITH COLD SPARE Low Voltage Differential Signaling (LVDS) Technology with Cold Spare LVDS inputs Quad CMOS differential line receiver Ultra low power CMOS technology >155.5 Mbps (77.7 MHz) switching rates, +340 mV nominal differential signaling 16-lead dual in-line flatpack Available to SMD (5962-95834), QML Q and V compliant,300K rads (Si) News Aeroflex Colo Spgs receives DoD/DMEA Accreditation of Trust - 28.4 Kb - 1/08 Announcing RadHard LVDS Quad Driver - 27.9 Kb - 3/05 Announcing RadHard LVDS Dual Driver and Receiver - 28.6 Kb - 12/04 Announcing RadHard LVDS Termination Resistor Production - 29 Kb - 1/04 Announcing RadHard LVDS Commerce - 7.6 Kb - 10/00 Announcing 3V RadHard Drivers/Receivers - 9.8 Kb - 4/01 Announcing Receivers w/Integrated Termination Resistors - 30.7 Kb - 2/03 Aeroflex Colorado Springs Receives Northrop Grumman Award - 29.1 Kb - 4/04 Articles Case Study: Evolution of RadHard Fab Independence - 202.3 Kb - 7/03 ICs in Orbit - 2.5 Mb - 7/03 Data Sheets New LVDS Brochure - 391.3 Kb - 2/06 UT54LVDM031LV Low Voltage Bus-LVDS Quad Driver - 123.5 Kb - 12/08 UT54LVDM055LV Dual Driver and Receiver - 253.2 Kb - 12/08 UT54LVDS032LVT Receiver w/Intg. Termination Resistors - 123 Kb - 12/08 UT54LVDS032LV/E3.3-volt Quad Receiver - 113.9 Kb - 12/08 UT54LVDS031LV/E 3.3-volt Quad Driver - 127.8 Kb - 12/08 UT54LVDS031 5-volt Quad Driver - 126.8 Kb - 12/08 UT54LVDS032 5-volt Quad Receiver - 112.7 Kb - 12/08 UT54LVDSC031 5-volt Quad Driver Cold Spare - 117.9 Kb - 12/08 UT54LVDSC032 5-volt Quad Receiver Cold Spare - 104.7 Kb - 12/08 RadHard LVDS Eval Board - 73.5 Kb - 7/03 Short Form - 1.2 Mb - 1/09 Application Notes Compatibility between High Drivers & Standard LVDS Recivers - 102.7 Kb - 4/05 RadHard LVDS Design-In Fact Sheet - 206.5 Kb - 10/07 Customer Notes Qualification of New Products - 18.7 Kb - 7/03 Presentations Aeroflex LVDS Overview - 475.3 Kb - 9/04 P/N to SMD Conversions LVDS Comparison SMD to Part Number - 24.6 Kb - 7/07 Related Information: