Typ Type
Tr?gerfrequ.Carrier Frequency kHz Bestellnr.Ordering Code
Typ Type
Tr?gerfrequ.Carrier Frequency kHz Bestellnr.Ordering Code
SFH 507-3030Q62702-P1701 SFH 507-3838Q62702-P1704SFH 507-3333Q62702-P1702SFH 507-4040Q62702-P1705SFH 507-36
36
Q62702-P1703
SFH 507-5656
Q62702-P1822
Wesentliche Merkmale
q Empf?ngermodul für übertragungsprotokolle mit kurzen Pulspaketen (N ≥ 6 Pulse pro Bit)q Fotodiode mit integriertem Verst?rker
q Geh?use schwarz eingef?rbt: Vergu? optimiert für eine Wellenl?nge von 950 nm q Hohe St?rsicherheit
q Geringe Stromaufnahme (0.5 mA typ.)q 5 V Betriebsspannung q Hohe Empfindlichkeit
q TTL und CMOS kompatibel
q M?gliche Datenübertragungsrate 2.4 kbit/s (N = 6,f 0= 56 kHz)Anwendungen
q Empf?nger für IR-Fernsteuerungen Features
q Receiver module for transmission codes with short bursts (N ≥ 6 pulses per bit)q Photodiode with hybride integrated circuit q Black epoxy resin: daylight filter optimized for 950 nm
q High immunity against ambient light q Low power consumption (0.5 mA typ.)q 5 V supply voltage
q High sensitivity (internal shield case)q TTL and CMOS compatibility
q 2.4 kbit/s data transmission possible (N = 6,f 0= 56 kHz)Applications
q IR-remote control preamplifier module IR-Empf?nger für Fernbedienungen (für kurze Burst)
IR-Receiver for Remote Control Systems (for Short Burst)
SFH 507
Ma?e in mm, wenn nicht anders angegeben/Dimensions in mm, unless otherwise specified.
f e x 06841
GEX06910
V OUT
GND
9.78.7
12.912.1
16.315.930.1
31.11.5
S
V Surface not flat
3.85
4.45
R 2.75
0.4
1.71.1
4.33.7
6.15.5
0.50
3x 2.54 = 7.62
0.650.50
2.540.8 max.
10.39.7
Blockschaltbild
Block Diagram
Grenzwerte(T A = 25°C) Maximum Ratings
Bezeichnung Description Symbol
Symbol
Wert
Value
Einheit
Unit
Betriebs- und Lagertemperatur Operation and storage temperature range T
A
,T stg– 25...+ 85°C
Sperrschichttemperatur Junction temperature range T
j
100°C
L?ttemperatur
L?tstelle 1 mm vom Geh?use; L?tzeit t≤10 s Soldering temperature
soldering joint ≥1 mm distance from package, soldering time t≤10 s T
S
260°C
Betriebsspannung Pin 2 Supply voltage V
S
– 0.3...+ 6.0V
Betriebsstrom Pin 2 Supply current I
CC
5mA
Ausgangsspannung Pin 3 Output voltage V
OUT
– 0.3...+ 6.0V
Ausgangsstrom Pin 3 Output current I
OUT
5mA
Verlustleistung
Total power dissipation T
A≤ 85°C
P
tot
50mW
OHF02198
Demodulator
Bandpass
AGC
Control
Input
2
3 1OUT GND V
S
PIN Circuit
100k?
1)In Verbindung mit einer typ. SFH 415 bei Betrieb mit I F = 0.5 A wird eine Reichweite von ca. 35 m erreicht.1)
Together with an IRED SFH 415 under operation conditions of I F = 0.5 A a distance of 35 m is possible.
Kennwerte (T A = 25°C)Characteristics Bezeichnung Description Symbol Symbol Wert Value Einheit Unit Betriebsspannung Supply voltage
V S
typ. 5.0(4.5 ... 5.5)
V
Bestrahlungsst?rke (Testsignal, s. Figure 2)Threshold irradiance (test signal, see Fig. 2)E e min(30-40 kHz)1)E e min(56 kHZ)1)E e max 1)
typ. 0.4 (< 0.6)typ. 0.45 (< 0.7)30mW/m 2mW/m 2W/m 2Wellenl?nge der max. Fotoempfindlichkeit Wavelength of max. sensitivity λs max 950nm Halbwinkel Half angle
?
±45
deg.
Stromaufnahme
Pin 2
Current consumption V s = 5 V,E v = 0
V s = 5 V,E v = 40 kIx, sunlight I CC
I CC
0.5 (< 0.8)1.0mA mA Ausgangsspannung Pin 3
Output voltage
I OUT = 0.5 mA,E e = 0.7 mW/m 2(Testsignal, s. Figure 2)(test signal, see Fig. 2)
V OUT low
≤ 250
mV
Figure 1Externe Beschaltung
External circuit
Figure 2Optisches Testsignal (IR-Diode SFH 415,I F = 0.5 A,N = 6 pulses,f =f 0,T = 10 ms)
Optical test signal
OHF02197
2
3
1
SFH >10k ?
330?
4.7μF μC
optional
*)
*)
+5V
GND
*)
only necessary to suppress power supply disturbances
506/507
t pi
OHF00220
E e
*)
t
T
t
O V V OL
OH
V *)
N po t 6 Pulses is recommended for optimal function
2)
1)
t d 2)
t pi -o f 3/ +pi t f 10/_ < 0E OHF00219 0.7 f 0.20.4 0.6 0.8 1.0 0.80.9 1.0 1.1 1.2 1.3e min /e E /f 0 Vertical directivity ?y Horizontal directivity ?x Relative sensitivity E e min /E e =f (f / f 0)f =f 0± 5 %,?f (3 dB) =f 0/7 OHF00246 ? 0.2 -10 0-20 -30 -40 -50-60-70-80-9020 30 40506070809010 00.6 0.40.60.8 1.01.2 1.41.6-0.2-0.4-0.6 0.20.4 OHF00247 ? 0.2 -10 0-20-30 -40-50 -60-70-80-9020 30 40506070809010 00.6 0.40.60.8 1.01.2 1.41.6-0.2-0.4-0.6 0.20.4 Sensitivity vs. electric field disturbance E e min =f (E ), field strength of disturbance,f =f 0 Relative luminous sensitivity S rel =f (λ), T A = 25o C Output pulse T on ,T off =f(E e ) E OHF00217 0mW/m 2e min E 0.40.8 1.2kV/m 2.0 0.2 0.4 0.6 0.8 1.00 f f (E) =(E) = 10 kHz f 0.0 S rel OHF02193 800λ 85090095010001050nm 1150 0.2 0.4 0.6 0.8 1.0 T on,ms T e mW/m 10 0.0OHF00245 E -1101010012 4 10on off T 2off T = 950 nm λ0.2 0.4 0.6 0.8 1.0Sensitivity vs. bright ambient E e min =f (E ) Sensitivity vs. supply volt. disturbances ,E e min =f (?V S RMS ) Sensitivity vs. dark ambient T p out =f (E e ) 10E OHF00215 E -10 101 10210mW/m -2 10 10-1 101102 102 W/m 2e min Ambient,= 950 nm λCorrelation with ambient light sources (disturbance effect) : 10 W/m 2 1.4 klx ~8.2 klx (stand. illum. A, T= 2855 K)(daylight, T = 5900 K) _~_10E OHF00214 V -1mW/m -110 2mV e min ? s RMS 2101 10010103 10 -2 10101f 0 f =10 kHz 1 kHz 100 Hz 0T OHF00216 p out E -110 mW/m 2 50 100 150 200 300 s μInput burst duration e 250 100101102 104 λ= 950 nm Sensitivity vs. duty cycle E e =f (t p /T) E mW/m 2 e min t p /T N = 6 = 16N 0.0 0.0OHL00218 0.5 0.1 1.5 2.0 2.5 3.00.20.40.60.8 N = 32