50% OFF! Hot items selling fast—Grab them before they're gone!

50% OFF! Hot items selling fast—Grab them before they're gone!

248 LED Matrix (White) – FireBeetle Covers

$14.52 $18.15

  • Unconditional Satisfaction Guarantee
  • No Shipping Fees Above 30
  • 2 Months to Decide. Returns Simplified.
SKU: JFZ88028080
Category:

Description

  • 248 LED Matrix (White) – FireBeetle Covers
  • Features low-power consumption and scrolling display
  • Integrates high-performance HT1632C LED driver chip
  • Supports Arduino and FireBeetle microcontrollers
  • Offers 16-scale PWM brightness adjustment
  • Operates within -10 to +85 temperature range

The 248 LED Matrix (White) – FireBeetle Covers is designed for the FireBeetle series and supports low-power consumption and scrolling display. It features the HT1632C high-performance LED driver chip, allowing each LED to be driven independently. The matrix integrates a 256KHz RC clock and supports 16-scale PWM brightness adjustment. It is also compatible with other Arduino microcontrollers, such as the Arduino UNO.

View moreWhat’s Included

  • 1x FireBeetle Covers-24×8 LED Matrix (White)
  • 2x 18pin-2.54mm Pin Header
  • 2x 18pin-2.54mm Female Pin Header

Dimensions

  • 24 x 58 mm / 0.94 x 2.28 inches

Links

Website

  • 248 LED Matrix (White) – FireBeetle Covers – Wiki

Specifications

  • Operating voltage: 3 to 5V
  • LED color: White
  • Drive chip: HT1632C
  • Working current: 6 to 100mA
  • Low-power consumption: 5uA
  • RC clock frequency: 256kHz
  • Chip select (CS) options: D2, D3, D4, D5
  • Serial data communication supported
  • Compatible with Arduino library
  • Supports scrolling display
  • Interface mode compatible with FireBeetle Series
  • Operating temperature range: -10C to +85C
  • Weight: 26 g

Shipping Info Standard Shipping
Cost: $25/Free Shipping We offer free shipping on orders over $30. Please check the free - shipping eligibility at checkout.
Delivery Time: It usually takes [3-5] business days for standard shipping. Please note that this is an estimated time frame and may be affected by local holidays, and unforeseen circumstances.

Related products