
( Brand: Pangolin ), ( Manufacturer Part Number: AIX-LASORB-BLUE ), ( Part Type: Laser ), ( Country/region Of Manufacture: United States )
The AIX-Lasorb-Blue ESD Diodes from Pangolin Laser, a renowned name in the laser industry, are a remarkable addition to your protective equipment arsenal. These diodes are meticulously engineered to provide exceptional frequency absorption in the blue spectral range, with a focus on 457nm and 473nm wavelengths, making them an ideal choice for applications involving blue laser diodes.
The AIX-Lasorb-Blue ESD Diodes are designed with a high-quality, low-capacitance Schottky barrier diode as the active component. This design ensures fast response times and excellent ESD (Electrostatic Discharge) protection, safeguarding your sensitive laser equipment from potentially damaging electrical surges.
One of the key features of these diodes is their high absorptivity in the blue spectrum. They are capable of absorbing up to 95% of the incident blue laser energy, significantly reducing the risk of accidental exposure and ensuring a safer working environment.
The AIX-Lasorb-Blue ESD Diodes are compact, easy to install, and robust, making them suitable for a wide range of applications, from professional laser shows to industrial laser cutting and engraving. They are also designed to withstand high power levels, offering reliable performance even under heavy-duty usage.
In summary, the AIX-Lasorb-Blue ESD Diodes from Pangolin Laser are a premium choice for anyone in need of advanced frequency absorbing solutions for blue laser diodes. Their exceptional absorption capacity, fast response times, and robust construction make them an indispensable tool for ensuring safety and protecting your valuable laser equipment.
1. Wide Frequency Range: Aix-Lasorb-Blue offers a broad frequency range, typically from 100 kHz to 40 GHz, making it suitable for a variety of applications.
2. High Absorption: This product is known for its high absorption efficiency, which helps in reducing the risk of ESD damage.
3. Reliable Performance: Aix-Lasorb-Blue is known for its consistent performance over time, ensuring the protection of your electronic devices.
Cons of Aix-Lasorb-Blue:1. Cost: Compared to some alternatives, Aix-Lasorb-Blue may be more expensive, which could be a significant factor for some buyers.
2. Sizing Limitations: While Aix-Lasorb-Blue is available in various sizes, it may not always match the exact dimensions required for your specific ESD diode.
Pros of Pangolin Laser Lasorb Absorber Frequencies:1. Customizable: Pangolin Laser Lasorb Absorber Frequencies can be customized to meet specific frequency requirements, providing a more tailored solution.
2. Cost-Effective: Pangolin Laser Lasorb Absorber Frequencies are often more cost-effective compared to Aix-Lasorb-Blue, making them an attractive option for budget-conscious buyers.
Cons of Pangolin Laser Lasorb Absorber Frequencies:1. Narrower Frequency Range: Pangolin Laser Lasorb Absorber Frequencies typically have a narrower frequency range compared to Aix-Lasorb-Blue, limiting their versatility in certain applications.
2. Lower Absorption Efficiency: While Pangolin Laser Lasorb Absorber Frequencies can still provide effective ESD protection, they may not match the absorption efficiency of Aix-Lasorb-Blue.
Conclusion:When choosing between Aix-Lasorb-Blue and Pangolin Laser Lasorb Absorber Frequencies for your ESD diodes, consider the specific requirements of your application. If a broad frequency range, high absorption efficiency, and consistent performance are essential, Aix-Lasorb-Blue may be the better choice. However, if cost and customization are important factors, Pangolin Laser Lasorb Absorber Frequencies might be more suitable. Always ensure that the chosen product is compatible with the size and specifications of your ESD diodes.
If desired, Pangolin can minimize this leakage current to levels so low, that it appears like a 5 gig ohm resistor 1 Na leakage at 5 volts . Lasorb should be connected as closely as possible to the laser diode certainly no greater than one centimeter away, thus preventing stray inductance in between the laser diode and the esd protection means.
Positive esd and power surge protection lasorb also includes a slew rate detector, which monitors the voltage between the lad and LDC terminals. In such cases, the esd protection offered by lasorb is reduced while the laser is lasing. For higher power red laser diodes whose dynamic impedance is less than 1 ohm, modulation rates well beyond 100 MHz are possible.
To avoid this, you should choose a specific lasorb part number that corresponds with the maximum expected voltage modulation rate. Lasorb is able to do this while not adding significant resistance or capacitance to the laser system.
One of the degrees of freedom is the leakage current apparent when lasorb is inactive not responding to an esd event. If the slew rate is faster than a limit that is predetermined for each specific lasorb part number, lasorb will conduct current between the lad and LDC terminals, thus conducting current away from the laser diode. For best results and part number recommendations, it is recommended that ems contact Pangolin for applications advice and laser diode driver review. In typical laser diode drivers ones which use current modulation, the voltage across the laser diode terminals typically changes very little even during modulation.
Nevertheless, esd protection is still present and very impressive, even though it is reduced when compared to lasorb model's with higher levels of leakage current. Federal supplier cage code 4mf77. This 100 voltage modulation may fool lasorb into believing that there is a power surge condition, and when this happens, lasorb will conduct current for a brief time, potentially interfering with modulation. V across the laser diode over and over again.
Lasorb overcomes the problems of previously known esd protection schemes by preventing reverse bias of the laser diode under all conditions, and also by preventing esd or other power related faults from exceeding the maximum forward bias voltage of the laser diode.
Normally reverse bias only occurs during an esd event, or when the power supply is turned off. The fast acting diode within lasorb is able to protect a laser diode against esd whose polarity would tend to reverse bias the laser diode, and also protect the laser diode against pulsed or continuous reverse bias also known as reverse polarity conditions. You are purchasing one lasorb eds protection system for laser diodes for blue frequencies. Since the dynamic impedance of a typical low power red laser diode is well under 5 ohms, the maximum modulation rate is greater than 25 MHz when using current modulation techniques.
Connecting lasorb to the laser diode lasorb is connected directly to the terminals of a laser diode. The leakage current is not temperature dependent and it appears almost purely restive. Negative esd and reverse bias protection lasorb includes a fast acting diode the cathode of which is connected to the lad terminal.
Using the slew rate detector, lasorb is able to discern between normal laser diode operation, and a power surge or esd event. Leakage current while inactive the lasorb device has several degrees of freedom that Pangolin can optimize for a particular type of laser diode and application. The lad terminal is connected to the laser diode anode, and the LDC terminal is connected directly to the laser diode cathode.