5x Njs 1n5373 Si Unidirectional Voltage Regulator Diode 68v 5w

US $220

  • Bulgaria, Bulgaria
  • Jun 4th
K&M Electronics Other Items In Our Store Feedbacks About Us Contact Us Add To Favorites 5x NJS 1N5373 Si Unidirectional Voltage Regulator Diode 68V 5W SPECIFICATIONS Status     Discontinued Diode Type     ZENER DIODE Case Connection     ISOLATED Configuration     SINGLE Diode Element Material     SILICON JESD-30 Code     O-PALF-W2 JESD-609 Code     e0 Moisture Sensitivity Level     NOT SPECIFIED Number of Elements     1 Number of Terminals     2 Operating Temperature-Min     -65 Cel Operating Temperature-Max     200 Cel Package Body Material     PLASTIC/EPOXY Package Shape     ROUND Package Style     LONG FORM Peak Reflow Temperature (Cel)     NOT SPECIFIED Polarity     UNIDIRECTIONAL Power Dissipation-Max     5 W Qualification Status     Not Qualified Reference Voltage-Nom     68 V Reverse Current-Max     0.5000 µA Surface Mount     NO Technology     ZENER Terminal Finish     TIN LEAD Terminal Form     WIRE Terminal Position     AXIAL Time@Peak Reflow Temperature-Max (s)     NOT SPECIFIED Voltage Tol-Max     20 % Working Test Current     20 mA  We accept payment through PayPal.       You can shop with confidence! We offer fast, adequate customer support, combined shipping with insured deliveries, and goal to provide the best service. The order will be processed within 12-36 hours after payment is received. We make deliveries by registered airmail with priority, tracking number and recommendation. The average delivery times are: Europe: 8 to 14 working days All other destinations: 12 to 22 working days.               Powered by eBay Turbo Lister The free listing tool. List your items fast and easy and manage your active items.

Directions

Similar products from Bridge Rectifiers, Modules & Single Rectifiers

People who viewed this item also vieved

By clicking "Accept All Cookies", you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts.

Accept All Cookies