Our team will assist you shortly.
Product Attributes
| Type | Description | |
|---|---|---|
| Category | ||
| Import Duty Classification | - | |
| Product Series Line | 1W STAR | |
| IC Encapsulation Type | Tray | |
| Availability Status | Obsolete | |
| Device Type Classification | LED Module | |
| Visual Hue | Amber | |
| Color Temperature Kelvin | - | |
| Light Wavelength nm | 590nm | |
| Setup Arrangement | Starboard | |
| Lumens at Specified Amps/Temp | 50lm (Typ) | |
| Testing Current Value | 350mA | |
| Testing Temperature Condition | 25°C | |
| Typical Forward Voltage | 2.5V | |
| Efficiency Lumens per Watt | 57 lm/W | |
| Maximum Amp Rating | 350mA | |
| Color Accuracy Rating | - | |
| Display View Cone Degrees | 120° | |
| Key Product Highlights | - | |
| Package Size Specs | 19.90mm Dia | |
| Vertical Dimension | 6.10mm | |
| LED Light Output Area | - | |
| Optical Element Category | Domed |
Description
Offered in a shade referred to as Amber to enhance the system's aesthetics. Configured in a manner identified as Starboard. Indicates the maximum allowable current rating at 350mA. Assessed at current levels outlined by 350mA. Features a height of 6.10mm for accurate dimensional precision. Features Domed lens type tailored for specific application requirements. The lumens per watt 57 lm/W evaluated at the testing current to determine lighting efficiency. The luminous output 50lm (Typ) at specified current and temperature for reliable performance. Type of housing Tray for safeguarding or transporting components. Product status Obsolete concerning availability and lifecycle. Classification series for the product or component 1W STAR. Details on package size 19.90mm Dia for electrical or mechanical components. Measurement dimensions 19.90mm Dia for component specifications. The temperature condition for testing 25°C aimed at qualification procedures. Type classification LED Module for specifications. Viewing angle 120° for monitors. Common forward voltage Vf 2.5V for diode operation. Wavelength of light 590nm for RF or optical devices.