CLAIREX ELECTRONICS DIV LAE Mm 2142799 OOOOs0k 3 T-YI-BI CLM3500/2 Neon Pah / EI GLN35002 eto Photoconductor 11 t= Nie Lenne M L 420 }.s5-| OUMET WIRE .015 DIA. Isolators " CLM3300/2 Similar to the CLM3500 but features 2 isolated photocells output. Application: Tandem con- nection for 2 channel control and remote indication. Fast photocell response with minimum resistance modulation for AC to digital conversion and photo- Pel NE PO2 chopper application. TECHNICAL DATA |_CLM_3500/2 NEON LAMP CHARACTERISTICS TEST CONDITIONS } Min. Typ. Max. UNITS RATING (4' 108-125 volts AC Vi (ay |_{nitial breakdown 135 volts DC Vn Initial maintaining 75 volts DC PHOTOCELL volts Vatax Cell voltage 100 DC or PAC P Power dissipation 25C 60 milliwatts PHOTOMOD Ron 500 ohms (1)(2)8) On resistance Rorr 10 sec. after Ip > 0 1000 ohms (5) Off resistance 4 VOC on cell te (3) Rise time time to 63% of milliseconds final condition 16 at Ip = 1.2mA tp Decay time Time to 100K 350 milliseconds Yap Isolation 1600 volts DC or PAC dRe/dt Cell temperature lp = 1mA 1 %I1C coefficient Absolute Maximum Ratings: Temperature Storage 40C to 75C Operating Derate power to 0 at 75C NOTES: (1) Data taken after > 96 hrs. dark + 1 min. ON. (2) 120V through 47K 2 series resistor apptied to iamp. (3) Lamp currents below 1mA are not recommended. (4) Max. initial breakdown voltage 95V AC. For DC operation use mon. of 150V DC. (5) Each element 8-17 mag aku ee wnat 44 GahCLAIREX ELECTRONICS DIV LIE D ME 2242799 o000807 5 mm T4t8! CLM 3500 P PHOTOCELL RESISTANCE Vs LAMP CURRENT = x 3 4 a 2 Ee a a uw o o 3. PHOTOCELL RESISTANCE K-OHMS Ol 1 LAMP CURRENT~(1,) MILLIAMPERES RISE O a 10 15 20 25 30 OEcaY oO 100 200 300 400 500 60c MILLISECONDS TIME AFTER THE APPLICATION OR REMOVAL OF INPUT 8-18