GP2W2003YK Sharp Electronics, GP2W2003YK Datasheet
GP2W2003YK
Specifications of GP2W2003YK
Available stocks
Related parts for GP2W2003YK
GP2W2003YK Summary of contents
Page 1
... GP2W2003YK/ GP2W2004YK Features 1. Compliant with IrDA control GP2W2003YK : for peripheral Type 1 GP2W2004YK : for peripheral Type 2 2. Low dissipation current (Dissipation current at shut-down:MAX Range of LED power control 4. Long distance (approx. 8m (Min. 5m)) wireless communication at 75kbps data rate (Radiant intensity 100mW/sr) (GP2W2003YK) 5. Wide viewing angle (Min. 1.5m, 40˚) wireless communication at 75kbps data rate (GP2W2004YK) 6 ...
Page 2
... IL *4 For in-band signals 75.83kbps I 100mW/sr Refer to "RESET Function" *6 Refer to "RESET Function" *6 Refer to "RESET Function" 900nm, and the pulse characteristics (Refer to fig.5) are compliant GP2W2003YK/GP2W2004YK MIN. TYP. MAX 3.6 2.4 2.8 3.6 1.484 1.517 1.3 0.0 0.4 0.4 1 250 1.111 1 250 3 ...
Page 3
... I 300mA LEDA *10, *11 *10, *11 *11 Refer to Fig Schmitt FEPWR IRT bias 1 X Inverter IRT FEPWR 3.3V IRR GP2W2003YK/GP2W2004YK (V 3.3V MIN. TYP. MAX. 0.4 0.5 1 Vcc 0.5 0.5 3.66 6.67 9.67 10.33 13.33 16.34 *9, *10 50.36 56.36 53.36 1.8 1.8 4.0 4.0 5.0 3 ...
Page 4
... FEPWR FEPWR IRT bias X FERESET FECNT V 3.3V CC signal l l IRT X ll IRR X FERESET lI FECNT LED output power 1/2 1 1/4 1 1/8 GP2W2003YK/GP2W2004YK V 3. SCK 1 0 CMD Microcomputer MSG SO RDY CLK6M 6MHz CLCK GND Control IC Signal Waveform 16PSM code x1.5MHz Receiver original output ...
Page 5
... Pulse width t f 90% 50% 10 Pulse The light emitting diode t f (SHARP GL710, p 850 to 900nm) is used as the transmitter, where the following continuous signals are transmitted. 6. GP2W2003YK/GP2W2004YK T bias truth table X TXD T bias DC bias OFF 0 1 OFF 1 0 OFF bias voltage can be superimposed on V ...
Page 6
... Fig.8 Recommended Circuit of Transmitter side V IH 3.0V Output signal (Fig.7) shall be complete electro-optical characteristics of transmitter side. Fig.9 Viewing Angular Criteria Receiver GP2W2003YK/GP2W2004YK V 3.3V CC LEDA T X GP2W2003YK Horizontal direction : Vertical direction Transmitter ...
Page 7
... Fig.11 Peak Forward Current vs. Ambient Temperature Pulse width 3.3 s Duty ratio 11 600 500 400 300 200 100 Ambient temperature T Gap time ) CC MIN ret Fig.12 Relative Communication Distance vs 100 ( C) a GP2W2003YK/GP2W2004YK AGCN t : The time period until AGCN ret Ambient Temperature 120 V CC 100 Ambient Temperature 3.3V 90 ...
Page 8
... Fig.13 Radiation Diagram(GP2W2003YK 100 Angular displacement Fig.15 Sensitivity Diagram (GP2W2003YK) Transmitter radiant intensity :100mW/sr Transmitter code :16PSM code 15 0 100 Angular displacement Fig.17 Spectral Distribution 100 700 800 900 Wavelength Fig.14 Radiation Diagram (GP2W2004YK 20mA Refer to Fig.7 90 Fig.16 Sensitivity Diagram (GP2W2004YK) ...
Page 9
Application Circuits NOTICE The circuit application examples in this publication are provided to explain representative applications of SHARP devices and are not intended to guarantee any circuit design or license any intellectual property rights. SHARP takes no responsibility for any ...