Four quadrant laser receiver 83404-1/83406-1/83408-1/83410-1A/83410-2 for photoelectric detection
- Model Number:XST-83404-1
- Type:Laser Diode
- Place of Origin:Guangdong, China
- Brand Name:Xunster
- Package Type:Through Hole
- Max. Forward Voltage:13.5V
- Brand:Four quadrant laser receiver
- Operating Temperature:-40~+60℃
- Mounting Type:Through Hole
- Dark background noise:12mV
- The output resistance:50Ω
- Maximum output voltage:4.5-5.5V
- Output voltage pulse width:100ns
- Spectral response range:400-1100nm
- concentricity:0.1mm
Introduce
34XX four-quadrant laser receiver series is mainly based on the advanced semiconductor process production line owned by the company, using high-resistance silicon single crystal material as the chip substrate, quadrants anti-crosstalk independent patented technology design and production method, independent design and production of four-quadrant sensor chip; At the same time, complete the development and production of high SNR front-end and main amplifier circuit; In addition, the unique shell production and packaging technology, improve the component anti-overload and electromagnetic interference ability.
The 34XX four-quadrant laser receiver series currently has five models. Its performance parameters are detailed in the"Technical Index List". It is mainly composed of four-quadrant Si-PIN detector chip and integrated circuit package of front and main amplifier module with gain control function. It can respond to laser pulse signal with receiving width of 10ns and above. It has two-stage gain control function and dynamic range is greater than 120dB. The 3410-2 laser receiver is mainly composed of TO-25 package and custom size and shape of the main amplifier and gain control circuit. It has the characteristics of low noise, high responsiveness and low power consumption.
Features
Responsiveness: ≥1.2×105 V/W
Noise: 12 mv or less
Dynamic range: ≥120dB
High uniformity
No crosstalk
Anti-bright background, anti-electromagnetic interference
Stable and reliable performance
High integration, small volume
Application
Laser guidance
Laser positioning and tracking
Photoelectric collimation system
Other photoelectric detection
| Product model | Detector placement voltage (V) | Supply voltage (V) | Front-end gain control voltage (V) | Main amplifier gain control voltage (V) | Operating temperature range (℃) | Storage temperature range (℃) |
| 3406-1 | 100 | 13.5 | 13.5 | 13.5 | -40~+60 | -50~+65 |
| 3408-1 | ||||||
| 3410-1A | ||||||
| 3410-2 |
| Control series | Parameter name | symbol | Test conditions (TC=22±3℃) | parameter value | Unit | ||
| Three levels of control | Drop bias attenuation multiple | K | Vzk=12V; Vqk1=12V;Vqk2=12V VR =50V/1V | 4 | - | - | times |
| The drop bias attenuation is inconsistent | δK | - | - | 7 | % | ||
| concentricity | - | - | - | - | 0.1 | mm | |
| Blind zone width | - | - | - | - | 0.03 | mm | |
| Pulse polarity | - | Working state | - | positive | - | - | |
| Secondary control | Number of quadrant | - | - | - | 4 | - | - |
| Diameter of photosensitive surface | D | - | - | 10,8,6 | - | mm | |
| Spectral response range | λ | - | 400 | 1064 | 1100 | nm | |
| The responsivity | Re | λ=1064nm; τ=20ns; VR=80V; VCC=12V | 1.2×105 | - | - | V/W | |
| Output voltage pulse width | Tw | 100 | - | - | ns | ||
| Maximum output voltage | Vomax | 4.5 | 5 | 5.5 | V | ||
| Responsiveness inconsistency between quadrants | δRe | - | - | 10 | % | ||
| Cross talk between quadrants | SL | - | - | 3 | % | ||
| The output resistance | Ro | - | - | 50 | Ω | ||
| Dark background noise | Vnrms | VR =80V;VCC=12V | - | - | 12 | mV | |
| Forward gain attenuation multiple | Kq | λ=1064nm τ=20ns;VR=80V; VCC=12V;Vqk=12V | 16 | 20 | 24 | times | |
| Front-end gain attenuation is inconsistent | δq | - | - | 5 | % | ||
| Main amplifier gain attenuation multiple | Kz | λ=1064nm; τ=20ns;VR=80V; VCC=12V;Vzk=12V | 16 | 20 | 24 | times | |
| The main amplifier gain attenuation is inconsistent | δz | - | - | 5 | % | ||
| Drop bias attenuation multiple | K | λ=1064nm; τ=20ns;VCC=12V; Vqk=12V;Vzk=12V VR =80V/1V | 4 | 5 | 6 | times | |
| The drop bias attenuation is inconsistent | δK | - | - | 7 | % | ||
| concentricity | - | - | - | - | 0.1 | mm | |
| Blind zone width | - | - | - | - | 0.03 | mm | |
| Pulse polarity | - | Working state | - | - | - |
Comprehensive score