5v 700ma 3.5w Isolated Switching Power Supply Ac-dc Buck Module Ac220v To Dc5v

US $99

  • HONG KONG, Hong Kong
  • Jun 23rd
Features: - Item Send Time: Items will be shipped within 1 to 2 business days upon payment received or cleared. - In excellent condition - Delivery Time: USA, Canada, Australia, West and North Europe 10-15 Business Days, Other country 25-30 Business Days - Hi Quality - Note: If you don't receive items over 30 business days, please notify us. - 1PCS NEW Precise 5V 700mA 3.5W Isolated switching power supply AC-DC Buck Module AC220V to DC5V (D4A3) For arduino Package includes: Shipping and handling notice: Payment method: Return / Refund Policy: - I.C. Compatible - Shipping address: Items will be shipped to your eBay profile address, please ensure that the eBay shipping address is correct. We offer an instant 7-day return policy (7 days after receiving the item) and 100% refund if you cannot receive the items within 30-40 business days or if the items are defective before arrival. No refund will be made for any damage caused by accidentally using it. We have 100% confidence in our products, but if you find you get a defective one, please contact us to solve the problem before leaving us negative feedback. We are your partner for managing your online business. This auction is for a brand new 5V 700mA 3.5W isolated switching power supply AC-DC Buck Module AC220V to DC5V (D4A3) suitable for use with Arduino. This power supply is an industrial grade module with various features including temperature protection, over current protection, short circuit protection, and high and low voltage isolation. It has a wide input voltage range of AC85~265V and provides a precise DC 5V output of +0.2V. The power supply is compact in size and comes with stable performance and a high price. The appearance size is long and wide high 3*2*1.8 (CM), and the installation method is either through direct welding of the input and output pins onto PCBB or through glue fixed. The reliability requirement is that at an environment of 25 degrees C and with 80% load cases, the average time to failure is greater than 16000 hours.

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