• Part: SMO33A
  • Description: Optical Receivers
  • Manufacturer: SANLAND
  • Size: 176.51 KB
Download SMO33A Datasheet PDF
SANLAND
SMO33A
SMO33A is Optical Receivers manufactured by SANLAND.
FEATURES - Excellent Linearity - High Optical Input Power Range - Excellent Flatness - Optimal Reliability - Low Noise - FC/APC SC/APC - RF-AGC SMO33A/CATV DESCRIPTION The SMO33A has an FC/APC or SC/APC connector. The amplifier supply voltage pin is connected to 12V(DC).The modules have a mono mode optical input suitable for 1290 to 1600nm wavelengths, a terminal to monitor the photo diode current and an electrical output having a characteristic impedance of 75Ω. optical power receiving at - 8~+2d Bm. Pin Description PIN 1 2 3 4 5 6 7 -- NAME GND VB GND RFout GND NC GND -- DESCRIPTION Ground +12V Supply for the pin Ground Output for the pin Ground NC Ground -- PIN 8 9 10 11 12 13 14 15 NAME GND GND SOP GND GND GND VS/O GND DESCRIPTION . Ground Ground Optical Power Sense Ground Ground Ground External +5V when shutdown. External 0V when open up Ground - Tel:86-0755-28968333 - Fax:86-0755-89724455 Rev B 01/2013 page1 SANLAND ELECTRONIC .- Http:.sanland-catv. - E-mail:sunny@sanland-catv. http://.. SANLAND Optical Receivers QUICK REFERENCE DATA SYMBOL f VO S22 PARAMETER Frequency range Output voltage Output return losses Optical input return losses Itot Total current consumption(DC) VB=12V f=543.25MHz f=40 to 870 MHz CONDITIONS 40 79 12 45 130 MIN MAX 870 140 UNITS MHz d BμV d B d B m A SMO33A/CATV HANDLING Fiberglass optical coupling: maximum tensile strength=5N;minimum bending radius=35mm LIMITING VALUES In accordance with the Absolute Maximum Rating System SYMBOL Pin Tstg Tmb ESD PARAMETER Optical input power Storage temperature Operating mounting base temperature ESD sensitivity Human body model; R=1.5KΩ;C=100p F CONDITION continuous -40 -20 500 MIN. 3 +85 +85 MAX. UNITS m W ℃ ℃ V CHARACTERISTICS (Bandwidth 40 to 870MHZ; Tmb=25℃, VB=5V, ZS=ZL=75Ω) SYMBOL S FL Vo PARAMETER Responsivity Flatness straight line Output voltage UNIT MIN. TYP. MAX. V/W d B d BμV CONDITIONS λ=1310nm f=40 to 870 MHZ 60~85channels flat; Optical power receiving...