
( Brand: Pangolin ), ( Manufacturer Part Number: AIX-LASORB-BLUE ), ( Part Type: Laser ), ( Country/region Of Manufacture: United States )
The Aixiz AIX-LASORB-BLUE ESD Absorber Laser Diodes from Lasorb are designed to provide exceptional protection for high-power laser diodes against Electrostatic Discharge (ESD). This specific model, Pangolin, is tailored for use with blue laser diodes, offering optimal performance and reliability in applications requiring blue light emission.
The Pangolin ESD absorber features a sophisticated design that integrates a metal-oxide-nitride-oxide-silicon (MOS) diode with a dedicated ESD protection circuit. This combination allows the device to absorb ESD pulses, preventing damage to the laser diode itself. The MOS diode acts as a gate, allowing the ESD current to flow through it while isolating the laser diode.
The AIX-LASORB-BLUE ESD absorber is engineered to handle a wide range of ESD events, including Human Body Model (HBM), Machine Model (MM), and Charged Device Model (CDM), ensuring comprehensive protection against various sources of ESD. The device is robust and can withstand high ESD levels, providing peace of mind in high-risk environments.
The Pangolin ESD absorber is compatible with a wide variety of blue laser diodes, making it a versatile solution for various applications. Its compact size and ease of integration make it an excellent choice for designers seeking reliable ESD protection in tight spaces.
In summary, the Aixiz AIX-LASORB-BLUE Pangolin ESD Absorber Laser Diodes from Lasorb offer superior protection for blue laser diodes, ensuring optimal performance and reliability in various applications. Its sophisticated design, wide ESD protection range, and compatibility with various laser diodes make it an excellent choice for professionals seeking reliable ESD protection solutions.
Pros of buying Lasorb ESD absorber laser diodes:1. High-quality materials: Lasorb ESD absorber laser diodes are made of high-quality materials, ensuring reliable performance and durability.
2. Wide range of frequencies: Lasorb offers a wide range of frequencies, making it easier to find the right diode for your specific application.
3. Excellent ESD protection: The ESD absorber feature of these diodes can help protect your system from damage caused by electrostatic discharge.
4. High power handling: Lasorb ESD absorber laser diodes can handle high power levels, making them suitable for high-power applications.
Cons of buying Lasorb ESD absorber laser diodes:1. Higher cost: Compared to regular laser diodes, Lasorb ESD absorber laser diodes can be more expensive due to their advanced features and high-quality materials.
2. Limited availability: Lasorb ESD absorber laser diodes may not be as widely available as other types of laser diodes, making it harder to find them in some regions.
Conclusion:Lasorb ESD absorber laser diodes are a great option for applications that require high-quality, reliable performance and excellent ESD protection. While they may be more expensive than regular laser diodes, their advanced features and high power handling capabilities make them a worthwhile investment for many applications. If you are looking for a laser diode with excellent ESD protection and a wide range of frequencies, Lasorb ESD absorber laser diodes are definitely worth considering.
Recommendation:If you are looking for a reliable, high-quality laser diode with excellent ESD protection, I would recommend considering Lasorb ESD absorber laser diodes. They offer a wide range of frequencies and can handle high power levels, making them suitable for a variety of applications. While they may be more expensive than other types of laser diodes, their advanced features and high performance make them a worthwhile investment. I would recommend checking out the Aix-Lasorb-Blue frequency Aixiz model in particular, as it is a popular choice among users for its excellent performance and wide range of frequencies.
Leakage current while inactive the lasorb device has several degrees of freedom that Pangolin can optimize for a particular type laser diode and application. Positive-esd and power surge protection lasorb also includes a slew-rate detector, which monitors the voltage between lad LDC terminals. As long the reverse bias condition does not exceed For higher power red laser diodes whose dynamic impedance is less than 1 ohm, modulation rates well beyond 100 MHz are possible.
If the slew-rate is faster than a limit that predetermined for each specific lasorb part number, will conduct current between lad and LDC terminals, thus conducting away from laser diode. If desired, Pangolin can minimize this leakage current to levels so low, that it appears like a 5 gig-ohm resistor 1 Na at volts . In such cases, the esd protection offered by lasorb is reduced while laser lasing. Normally reverse bias only occurs during an esd event, or when the power supply is turned off.
The lad terminal is connected to laser diode anode, and LDC directly cathode. Nevertheless, esd protection is still present and very impressive, even though it reduced when compared to lasorb model's with higher levels of leakage current. For best results and part number recommendations, it is recommended that ems contact Pangolin applications advice laser diode driver review.
Federal supplier cage code 4mf77. Negative-esd and reverse-bias protection lasorb includes a fast-acting diode the cathode of which is connected to lad terminal. To avoid this, you should choose a specific lasorb part number that corresponds with the maximum expected voltage -modulation rate.
One of the degrees freedom is leakage current apparent when lasorb inactive not responding to an esd event. Using the slew-rate detector, lasorb is able to discern between normal laser diode operation, and a power surge or esd event. V across the laser diode over and again. However, some laser diode drivers ones which use voltage -modulation effectively remove, and then re-apply the nominal terminal voltage typically 2.
You are purchasing one lasorb eds protection system for laser diodes blue frequencies. However, if the laser diode driver does not perform 100 voltage -modulation, then practically any lasorb part will work, and modulation rate be primarily dictated by device capacitance. Lasorb should be connected as closely possible to the laser diode certainly no greater than one centimeter away, thus preventing stray inductance in between and esd protection means.
Connecting lasorb to the laser diode is connected directly terminals of. In typical laser diode drivers ones which use current-modulation, the voltage across diode terminals typically changes very little even during modulation.
The leakage current is not temperature dependent and it appears almost purely restive.
Lasorb overcomes the problems of previously-known esd protection schemes by preventing reverse-bias laser diode under all conditions, and also or other power-related faults from exceeding maximum forward-bias voltage . The fast-acting diode within lasorb is able to protect a laser against esd whose polarity would tend reverse bias diode, and also pulsed or continuous known as conditions.
Lasorb is able to do this while not adding significant resistance or capacitance the laser system. This 100 voltage -modulation may fool lasorb into believing that there is a power surge condition, and when happens, will conduct current for brief time, potentially interfering with modulation. Since the dynamic impedance of a typical low power red laser diode is well under 5 ohms, maximum modulation rate greater than 25 MHz when using current-modulation techniques.