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SRM354VF

AUK
Part Number SRM354VF
Manufacturer AUK
Description Remocon Preamp
Published May 9, 2005
Detailed Description Semiconductor SRM-354VF Remocon Preamp Features • • • • • Photo detector and preamplifier in one package Enhanced immu...
Datasheet PDF File SRM354VF PDF File

SRM354VF
SRM354VF

Overview
Semiconductor SRM-354VF Remocon Preamp Features • • • • • Photo detector and preamplifier in one package Enhanced immunity against all kinds of disturbance light High performance photo diode and built-in I.
C High speed response and output Low power consumption and easy use Application • Light detecting portion of remote control • TVs, VCRs, Audio equipments, CATV Set Top boxes, Multi-media equipments Outline Dimensions unit : mm PIN Connections 1.
Output 2.
Gnd 3.
Vcc(+5V) KMM-1002-000 1 SRM-354VF Absolute maximum ratings Characteristic Supply Voltage Power Dissipation Operating Temperature Storage Temperature * Soldering Temperature 1 Symbol VCC PD Topr Tstg Tsol Ratings 6.
0 0.
27 -10 ~ 60 -20 ~ 75 260 within 5 seconds Unit V W *1.
Keep the distance more than 2.
0mm from PCB to the bottom of package Electrical Characteristics Parameter Supply Voltage Current Consumption Resonance Frequency Peak sensitivity wavelength H level output voltage L level output voltage H level pules width L level pules width Arrival distance Output form (Ta=25°C) Symbol Vcc ICC fC P Test Condition #1 - Min.
4.
5 0.
3 4.
5 500 500 Typ.
5.
0 38 980 5.
0 0.
2 20 15 10 Max.
5.
5 1.
5 0.
4 700 700 - Unit V mA KHz nm V V us us m VOH VOL Twh Twl 0 L #2,3,4 30 45 #2 - Active low KMM-1002-000 2 Characteristic Diagrams Fig.
1 Relative Spectral Sensitivity - Wavelength S(λ) - Relative Spectral Sensitivity SRM-354VF Fig.
2 drel-Relative Transmission Distance Directivity tsop Fig.
3 System Gain - Frequency Supply Voltage Vcc[V] Input Current [A] Wavelength [nm] drel-Relative Transmission Distance Directivity tsop Fig.
3 System Gain - Frequency System Gain [dB] Frequency [Hz] KMM-1002-000 3 # 1.
No input signal.
SRM-354VF # 2.
The burst wave forms shown below in the Fig 1.
Shall be transmitted by the standard transmitter.
Transmitter Output Waveform Receiver Module Output Waveform Fig 1.
Transmitter & Receiver wave forms # 3.
The test condition of arrival distance.
#4.
Th...


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