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Ultra Filter Membrane Set

Capacité : 2200 Pages A4 @ 5% Compatible avec : Brother TN-241C TN-242C TN-245C TN-246C cyan Compatible avec : DCP-9015CDW DCP-9017CDW DCP-9020CDW DCP-9022CDW HL-3140CW HL-3142CW HL-3150CDN HL-3150CDW HL-3152CDW HL-3170CDW HL-3172CDW MFC-9130CW MFC-9140CDN MFC-9142CDN MFC-9330CDW MFC-9332CDW MFC-9340CDW MFC-9342CDW Garantie : 5 ans SKU:CO-TBCC246UNI

Battery Cycle Count A typical cell phone battery goes through approximately 500 cycles before retaining at least 80% of its original capacity. Made from new materials, our batteries have zero cycles, ensuring the maximum number of cycles you can use. Zero Cycle Count, so you have the maximum amount of cycles remaining. Lithium-Ion Polymer technological materials Strict QC test Less than 1% failure rate 12 Months Warranty

iglidur® J2 Environmentally friendly. The growing demand for PFOA-free iglidur® materials* is met by igus® with an ongoing review of all iglidur® materials – the list of already PFOA-free iglidur® materials is thus getting continuously longer – and a new iglidur® material: iglidur® J2. iglidur® J2 is available as cylindrical bearings and plain bearings with flange. Good mechanical properties, robust Low-priced Good resistance to media Lubricant- and mainteance-free

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

Sichere Bremsenansteuerung ✓ Anwendbar bis PLe und SIL CL3 ✓ Schaltet zwei Bremsen sicher ✓ Steuer- und Leistungsteil getrennt ✓ Übererregungszeit konfigurierbar Die sichere Bremsenansteuerung ROBA®-SBCplus wird verwendet, um zwei ROBA-stop® Sicherheitsbremsen anzusteuern und zu überwachen, insbesondere in Anwendungen, die Anforderungen an Personenschutz nach Normen zur Funktionalen Sicherheit wie beispielsweise ISO 13849 und IEC 62061 haben. Höchste Schaltzuverlässigkeit Die Bremsenansteuerung muss beim Abschalten der Bremse den Strom in der Magnetspule sicher unterbrechen. Das Modul ROBA®-SBCplus arbeitet mit verschleißfreien elektronischen Halbleitern und erreicht dadurch praktisch unbegrenzte Schalthäufigkeit und Schaltzuverlässigkeit.