SHARP GH04C01C2G Multi-mode UV Laser Diode
Model: GH04C01C2G
Package: 5.6mm TO-CAN Package
Characteristics
| Item | Conditions (Tc=25°C, CW) | Characteristic Value (TYP.) |
|---|---|---|
| Wavelength (Peak) | Po=1000mW | 450nm |
| Output [Max] | TC=-10~+25°C TC=+50°C |
1000mW [1100mW] [1000mW] |
| Threshold current | 100mA | |
| Operating current | Po=1000mW | 680mA |
| Operating voltage | Po=1000mW | 4.3V |
| Far Field (1/e²) | Po=1000mW | θ// 10°, θ⊥ 45° |
Terminal connections: No.9
Package type: Φ5.6
Performance Graphs
CW I-L, I-V Temperature
I-L (Current-Power) Characteristics: This graph illustrates the relationship between output power (Po, in mW) and forward current (Iop, in mA) under continuous wave (CW) operation. Data is presented for three different case temperatures: 25°C (blue line), 40°C (green line), and 50°C (light blue line). The output power increases linearly with forward current, with a slight decrease at higher temperatures.
I-V (Current-Voltage) Characteristics: This graph shows the forward voltage (Vop, in V) as a function of forward current (Iop, in mA) for the same temperature conditions (25°C, 40°C, 50°C). The forward voltage remains relatively constant across the tested current range and temperatures.
Far Field Pattern
The Far Field Pattern graph displays the angular distribution of the laser beam's intensity. The Y-axis represents intensity in arbitrary units (a.u.), and the X-axis represents the angle in degrees. Two curves are shown: one for the parallel (//) axis (blue line) and one for the perpendicular (⊥) axis (red line), indicating the beam divergence characteristics.
Near Field Pattern
The Near Field Pattern is presented as a 2D heatmap, illustrating the spatial intensity distribution of the light emitted from the laser diode's active region. The X and Y axes represent spatial dimensions, and the color intensity corresponds to the light intensity. The pattern shows an elongated elliptical shape, characteristic of the emitter's output profile.
X Profile
The X Profile graph shows the intensity distribution along the X-axis (width) of the near-field pattern. The Y-axis indicates intensity in arbitrary units (a.u.), and the X-axis represents length in micrometers (μm). This profile details the beam's shape across the emitter's width.
Y Profile
The Y Profile graph illustrates the intensity distribution along the Y-axis (length) of the near-field pattern. The Y-axis indicates intensity in arbitrary units (a.u.), and the X-axis represents length in micrometers (μm). This profile details the beam's shape along the emitter's length.
