Description |
SURFACE MOUNT TRANSIENT 0000'>voltage SUPPRESSOR Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 143V(min), 10000'>58V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 108V(min), 132V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 90.0V(min), 110V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 99.0V(min), 121V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 117V(min), 143V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 171V(min), 189V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 237V(min), 263V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 332V(min), 368V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 198V(min), 242V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 162V(min), 198V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 124V(min), 137V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 220000'>5V(min), 270000'>5V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 280000'>5V(min), 310000'>5V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 270V(min), 330V(max). For bidirectional use C or CA suffix. 10 GIG OPTIMIZED FIBER PATCH LC/LC Fiber Optic Cable Assembly; Cable Length:49.2ft; Connector Type A:ST; Connector Type B:ST FO CERAMIC 62.0000'>5 PLENUM ST-ST CONNECtoRS 10M FO CERAMIC 62.0000'>5 PLENUM ST-ST CONNECtoRS 0000'>5M Fiber Optic Cable Assembly; Cable Length:32.8ft; Connector Type A:ST; Connector Type B:ST; Drop Ship:Yes Fiber Optic Cable Assembly; Cable Length:16.4ft; Connector Type A:ST; Connector Type B:ST; Drop Ship:Yes 10 GIG OPTIMIZED FIBER PATCH ST/ST SURFACE MOUNT TRANSIENT 0000'>voltage SUPPRESSOR 表面贴装瞬态电压抑制器 Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 10000'>52V(min), 168V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 380V(min), 420V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 10000'>53V(min), 187V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 180V(min), 220V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 190V(min), 210V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 360V(min), 440V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 162V(min), 179V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 144V(min), 176V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 114V(min), 126V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 100000'>5V(min), 116V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 310000'>5V(min), 380000'>5V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 90000'>5.0V(min), 100000'>5V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 130000'>5V(min), 160000'>5V(max). For bidirectional use C or CA suffix. Surface mount transient 0000'>voltage suppressor (TVS). 10000'>500W peak 0000'>power, 0000'>5.0W steady state. Breakdown 0000'>voltage 209V(min), 231V(max). For bidirectional use C or CA suffix.
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