Продукти за Аблацция саурсум ipc54 (2)

Проводен абсолютен енкодер WPS с интерфейс за полеви автобуси - Проводни абсолютни енкодери с интерфейс за полеви автобуси - Ход от 2,3 до 5 м

Проводен абсолютен енкодер WPS с интерфейс за полеви автобуси - Проводни абсолютни енкодери с интерфейс за полеви автобуси - Ход от 2,3 до 5 м

Wire transducers series WPS are composed by the draw-wire mechanics coupled to Elap multiturn absolute high-resolution encoder MEM-BUS or MEM. They can provide different communication protocols – EtherNet/IP, EtherCAT, PROFINET, Profibus, CANopen or SSI output signal. The encoder grants high resolutions values (28 or 29 bit) and two availble strokes: 2300 or 5000 mm. The housing is out of glass fiber reinforced nylon, whilst the wire consists of coated poliamide stainless steel. Strokes range:2300, 5000 mm Housing:Glass fiber reinforced nylon Wire:Coated poliamide stainless steel
EMF576D LVDS TCXO

EMF576D LVDS TCXO

LVDS output TCXO in 6 pad, 7.0 x 5.0mm SMD package. Frequency range 12MHz to 800MHz. Stability from ±1ppm -30°~+75°C. LVDS 'F' Group characteristics. RoHS Compliant. TCXO with LVDS output, 6 pad, 7 x 5mm SMD. Stability from ±1ppm -30°~+75°C. Miniature 7 x 5 x 2.8mm ceramic SMD package Supply voltage 3.3 Volts Low cost, low jitter for general applications RoHS compliant 'F' Group characteristics. Frequency Range 38.880MHz to 432.0MHz. Product Series Code TCXO:EMF576D VCTCXO: VEMF576D Frequency Range:12.0MHz to 800.0MHz Output Waveform:LVDS Initial Calibration Tolerance:<±2.0ppm at +25°±2°C Standard Frequencies:(Partial list) 12.8, 16.0 19.44, 20.0, 25.0, 27.0, 30.0, 32.0 Frequency Stability (see table) vs. Ageing:±1.0 ppm max. first year vs. Voltage Change: ±0.3 ppm max. ±5% change Supply Voltage:+3.3 Volts Differential Output Voltage VOD:247mV min., 355mV typical; 454mV max., Output 1 - Output 2 Differential Output Error dVOD:-50mV min., 50mV max. Output Offset Voltage VOS:1.125V min., 1.200V typ., 1.375V max Offset Magnitude Error dVOS:0mV min., 3.0mV typ., 25mV max Rise and Fall Times:1.5ns typical Duty Cycle:50%±5% Start-up Time:5ms typical, 10ms max. Current Consumption:12MHz to 24MHz: <33mA max., 24MHz to 96MHz: <50mA max., 96MHz to 800MHz:<85mA max Output Load:50W from each load Drive Capability:100W between LVDS and Complementary LVDS Storage Temperature:-55° to +125°C Phase Jitter (RMS) (12kHz to 20MHz):0.4ps typ., 0.5ps max