SMA Female 2 Hole Flange to SMA Female 2 Hole Flange Cable Using RG405 Coax

SMA Female 2 Hole Flange to SMA Female 2 Hole Flange Cable Using RG405 Coax\n\nPE33191 is a SMA female 2 hole flange to SMA female 2 hole flange cable using RG405 coax. This Pasternack SMA female 2 hole flange to SMA female 2 hole flange cable assembly uses a 50 Ohm SMA for connector 1 and a 50 Ohm Key Specifications (Click on Data Sheet Above for Additional Details).\n• Connector Gender 1Female\n• Connector Angle 1Straight\n• Connector Impedance 150\n• Connector Gender 2Female\n• Connector Angle 2Straight\n• Connector Impedance 250\n• RF Cable TypeRG405\n• RF Cable Impedance50;

CABLE ASSEMBLY RG405/U SMA FEMALE 2 HOLE PANEL MOUNT TO SMA FEMALE2 HOLE PANEL MOUNT

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SMA Female 2 Hole Flange to SMA Female 2 Hole Flange Cable Using RG405 Coax, RoHS

SMA Female 2 Hole Flange to SMA Female 2 Hole Flange Cable Using RG405 Coax, RoHS\n\nPE33191LF is a SMA female 2 hole flange to SMA female 2 hole flange cable using RG405 coax. This Pasternack SMA female 2 hole flange to SMA female 2 hole flange cable assembly uses a 50 Ohm SMA for connector 1 and a Key Specifications (Click on Data Sheet Above for Additional Details).\n• Connector Series 1SMA\n• Connector Gender 1Female\n• Connector Polarity 1Standard\n• Connector Angle 1Straight\n• Connector Mount Method 12 Hole Flange\n• Connector Impedance 150\n• Connector Series 2SMA\n• Connector Gender 2F;

CABLE ASSEMBLY RG405/U SMA FEMALE 2 HOLE PANEL MOUNT TO SMA FEMALE 2 HOLE PANEL MOUNT (LEAD FREE)

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Automotive 12V ignition driver

Automotive 12V ignition driver The MC33191 is for use in 12V ignition systems designed for use in harsh automotive and industrial applications which require the capability of handling high voltage attributed to load and Þeld dump transients. In addition, the device can be used under reverse and d

Automotive 12V ignition driver

Automotive 12V ignition driver The MC33191 is for use in 12V ignition systems designed for use in harsh automotive and industrial applications which require the capability of handling high voltage attributed to load and Þeld dump transients. In addition, the device can be used under reverse and d