LTX-5525
2Pages

Catalog excerpts

LTX-5525 “Signal Transporter” E/O - O/E Conver ter pair Benets ● Transmits 16 independent TTL signals over a single ber ● Each channel may be toggled from 0 - 50 MHz ● Inputs accepts LVTTL and/or CMOS/TTL ● Outputs are LVTTL (0 - 3.3 V) ● 850 nm version for multimode links up to 300 M ● 1310 nm version for SM links up to 10 KM he LTX-5525 conveys sixteen independent channels of digital information over a ber optic link ranging from meters to more than 10 kilometers. Each of the 16 incoming TTL channels is sampled 100 million times per second, multiplexed and transmitted serially over an optical ber at two gigabits per second. The receiver acquires this digital data and de-multiplexes it to 16 separate output ports. Each of these channels may be toggled at rates ranging from 0 - 50 MHz. Two models are available. Selection depends on the ber type and the length of the ber optic link that is required. The LTX-5525-850 transmits at 850 nM over multimode ber optic links of up to 300 meters in length, while the LTX-5525-1310 transmits at 1310 nm over single-mode ber to span distances exceeding 10 kilometers. The new LTX-5525 doubles the data capacity of our previous word-width digital ber optic links. Paired with elements of our high-speed analog links, the LTX-5525 allows the user to congure remote precision A/D or D/A converters. This eliminates the need for the user to digitize analog signals at the receiving end of the analog data link. Applications include data acquisition for plasma physics experiments, signal transmission and control of equipment at high voltage potentials, operation through Faraday shields, and precise noise-free signal transmission in hostile EMI environments. Terahertz Technologies Inc. 169 Clear Road Oriskany, NY 13424 Tel: +1 (315) 736-3642 Fax: +1 (315) 736-4078 Email: sales@terahertztechnologies.com Website: www.terahertztechnologies.com

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LTX-5525 Specifications Number of independent channels. Digital Inputs Digital Outputs Signal Latency (with one meter of fiber) Input Sampling Rate Digital Input Switching Rate Digital Signal Edge Uncertainty Laser Wavelength Optical Transmission Rate Loss Budget Laser Safety Classification. Typical Transmission Distances (850 nm) Typical Transmission Distances (1310 nm) Fiber Optic Connectors Signal connectors LED Indicators Provided Power Supplies Power Requirements Operating Temperature Range Transmitter Dimensions (mm) Receiver Dimensions (mm) Weight Each Standard Warranty Sixteen TTL,...

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LTX-5525 2Pages

Catalog excerpts

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LTX-5525
2Pages