GPLF40T1

Gp1F40T1 /Gpl F40RI /Gplc251 GPlF40T1/GPlF40Rl/ :;=::: GP1C251 H Features 1. High speed optical data transmission ;Pl F40T1 /GP1 F40R1 Type Plastic Hber Built-in Amp. 9 Outine Dimensions (Unit : mm) Signal transmission speed : DC to 2sMh,,, (NRZ signal) 2. Uni-directional fiber optics using APF* *APF : All plastic Fiber 3. High resistance to noise 4. GP1 F40T1 : Transmitting unit GP1 F40R1 : Receiving unit GP1C251 : Plastic fiber cable (lm) Ap~ations 1. Copiers 2. Laser beam printers 3. Equipments with microcomputer ~LED ~~ I 8.6 - 1.1 - R“ ~ u P’P .A 6.9 m r. ILr tPLE[ tPHI. (Ta=25”C, V,,=5V) MIN. — — I I — Conditions * i Refer to F‘ig. 1 ):- 9 Refer to F,5. & Refer to Fig. 3 Refer to F]g. 1 VlN=2.0V VIN=O.8V Refer to Fig. 3 T Y P . ] M AX. I U nit nm 660 — 25 mA I I .~n. I I I ns 80 L- s ‘: E ,2 F a Pc 111[ 111. tw pchqlN pc>lAX VOH VL)L tr tf tw – 12 – – 30 — –5.5 –9 –6 0.4 –1.6 70 dBm v v % dBm dBm v v ns ns % — – — — — — –15 – — 0.4 20 10 70 L w > .U fJ 2 Refer to Fig. 2 2.7 — Refer to Fig. 3 30 xl \Vhcn input is low level (V1~=0.8V) s @tical Characteriab (GP1C251) Parameter Output coupling with fiber Refraction ratio Symbol Pr MIN. –17 TYP. – Steo index (Ta =25”C) .MAX — I Unit dBm l - l Note) 1. Standard light transmitter : Light transmitter that provides the fiber end light output of – 1.5dBm ~ 0.3dBm when the standard optical fiber cable is connected. 2. M easuring system block diagram : S hown in Fig. 4. s Mechatil Char~tica (GP1C251) Parameter In=rtion f orce, withdrawal force *2 [ Symbol I — Conditions *2 M I N . I T YP. I M AX. I U nit 6 — 40 N Initial value w hen GPl F40T1/GPl F40Rl is u sed 1049 G PlF40Tl/GPlF40Rl /GPlC251 Fiber optic cable (GP1 C251) “n= Fig.2 Maa~ Mati (Racaivar U*] Fiber optic cable (GP1C251) r ML-93B (Anritsu) Calibration of l=660nm OdBm = lmW Input signal : O.l Mbps (NRZ, DUtY500A) Rsi=2k Q, Rso=l OkO, Cp=2pF (Rso, Cp:lncluding probe load) 1050 G PlF40Tl/GPlF40Rl /GPlC251 Fig. 3 Transfer cha~ Transmitting unit 25Mbps (NW, DutY50%) “z 5V Vcc 0.1 PF Vin GND 3 Transmitting unti lnDut waveform :25Mbps, Duty50Y0 V Ov %eiver unit Output waveform Fi&r Wtic cable (GPIC251 Vcc =.—.:::~ Vo GND 1 Wl=2kQ Rao=lOkQ CP = 2PF (W, Cp : Including proh load) E m 0.1 PF Cp 1 .5V 5V Vo A i - -“------””-\ . tp~ 1 “-4 tm~ I tr_ .Please refer to the chapter “Precautions for Use” (Page 78 to 93) 1051