SF P101N Laser Tip 16 Pin Low Speed Single Channel CD Player Completer Mechanism

Features: This mechanism is applicable to many other brands of CD players and HiFi, as many manufacturers use SFP101N lasers. However, please note that there are two versions of the SFP101N laser. One has 16 pins on the laser ribbon connector and the other has 15 pins. The 16pin type is provided here as this is the most common type. The 6pin and 15pin versions are not interchangeable. The SFP101N laser mounted on this mechanism can be used in many different brands of CD players and HiFi. The laser model is printed on the housing of the laser. So if your faulty laser is printed with SFP101N, then this is your mechanism. Simply count the number of pins on the edge connector to verify that there are 16 of them. If your CD player or HiFi comes with an SFP101N laser, you can replace the entire mechanism, which will provide a very effective repair because all moving parts in the CD reading mechanism will be replaced. Specification: Type:Laser Head Band Range: Visible Light Mode Of Operation: Continuous Incentive Method: Optical Pump Working Substance: Semiconductor Light Way: Inner Light Way Output Form: NPN Triode Type Transmission Signal: ThreeState Gate Type Speed: Low Speed Channel: Single Channel Package List: 1 x CD Player Completer Mechanism This mechanism is applicable to many other brands of CD players and HiFi, as many manufacturers use SFP101N lasers. However, please note that there are two versions of the SFP101N laser. One has 16 pins on the laser ribbon connector and the other has 15 pins. The 16pin type is provided here as this is the most common type. The 6pin and 15pin versions are not interchangeable. The SFP101N laser mounted on this mechanism can be used in many different brands of CD players and HiFi. The laser model is printed on the housing of the laser. So if your faulty laser is printed with SFP101N, then this is your mechanism. Simply count the number of pins on the edge connector to verify that there are 16 of them.