Wesentliche Merkmale optische Erkennung Verkippung durch Position eine
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Kippsensor digitalem Ausgang (SFH 7710) Orientation-Sensor with digital output (SFH 7710) Lead (Pb) Free Product RoHS Compliant 7710
Wesentliche Merkmale optische Erkennung Verkippung durch Position einer Stahlkugel Niedriger Stromverbrauch digitaler Ausgang, open drain definierter Schaltwinkelbereich sehr kleines gesteuerter Sensor Anwendungen Digitalkameras Camcorder Mobiltelefone Computer
Features optical detection orientationby gravity dependent position steel ball current consumption digital output, open drain defined range switching angle very small package controlled sensor Applications Digital cameras Camcorders Mobile phones Computer peripherals
Type 7710
Bestellnummer Ordering Code Q65110A4407
2007-05-29
7710
Grenzwerte Maximum Ratings Bezeichnung Parameter Versorgungsspannung Supply voltage Ausgangsspannung Output voltage Ausgangsstrom Output current Lagertemperatur Storage temperature range Elektrostatische Entladung Electrostatic discharge human body model (according Class machine model (according AEC-Q100-003-REV-D, classification latch Schutz latch-up protection (according EIA/JESD78 Class Symbol Symbol Wert Value -0.2.6 -0.3.4.5 -40.100 Einheit Unit
VESD
2007-05-29
7710
Empfohlener Arbeitsbereich Recommended Operating conditions Bezeichnung Parameter Betriebstemperatur Full operational ambient temperature range Versorgungsspannung Supply voltage (Frequenzbereich: 0.20kHz) Supply voltage noise (frequency range: 0.20kHz) Ausgangsspannung Output voltage Pull-up Widerstand Pull-up resistance Symbol Symbol Wert Value Einheit Unit
dVcc
Rpull
kOhm
Emitter wird 10mA gepulst betrieben; bedeutet, dass jeder Widerstand Serie einen Spannungsabfall Versorgungsleitung verursacht. Daher wird empfohlen, diesen Serienwiderstand kleiner halten. minimale Versorgungsspanung (Vcc darf keinesfalls unterschritten werden. emitter driven with pulsed mode; this means that series resistor causes voltage drop power line. recommended keep series resistor below Ohm. supply voltage fall below
2007-05-29
7710
Kennwerte Characteristics (TA=25°C)
Bezeichnung Parameter
Symbol Symbol
Wert Value Min. Typ. Max.
Einheit Unit
Vcc,start Minimale Betriebsspannung Startphase(siehe Figure Minimum required supply bvoltage start-up (see Figure
Startphase (siehe Figure Start time (see Figure Durchschnittlicher Stromaufnahme1) mean current consumption1) Spitzenstromaufnahme2) peak current consumption1) Ausgangsleckstrom ,,high" Output leakage current ,,high" 3,6V Ausgangsleckstrom ,,low" Output leakage current ,,low" 10mA (Vcc 2,3V) Aktualisierung Ausgangssignals Refresh output signal Kippwinkel Ausgangszustand ,,low" (siehe Figure1) Tilt angle with output state ,,low" (see Figure Kippwinkel Ausgangszustand ,,high" (siehe Figure1) Tilt angle with output state ,,high" (see Figure
tstart Imean Ipeak
trefresh
gepulster Betrieb: Dauer ~44µs Dauer aus: ~90ms pulsed operation mode: time: ~44µs time: ~90ms gepulster Betrieb: Dauer ~44µs Dauer aus: ~90ms pulsed operation mode: time: ~44µs time: ~90ms
2007-05-29
7710
Funktionsdiagramm Functional diagram
Switching Range 250° Switching Range 200° -60° Sensing Range
Vout high
Vout
OHF03942
Figure1: Erfassungscharakteristik Detecting characteristics (Unter extremen Bedingungen (hohe Temperatur und/oder hohe relative Feuchte) kann eine Schaltwinkeltoleranz auftreten) (Under extreme conditions (high temperature and/or high relative humidity) wider switching angle tolerance occur temporarily)
2007-05-29
7710
Blockdiagramm block diagram
pull
ASIC Anode (must connected)
Phototransistor
Device boundaries
OHF03939
Figure2: Blockdiagramm (empfohlener Pull-Up-Widerstand Rpull 10kOhm.100kOhm) Block diagram (recommended Pull resistance Rpull 10kOhm.100kOhm)
2007-05-29
7710
Startverhalten Ablaufdiagramm Start-up behavior Timing diagramm
Ausgang immer hochohmig, wenn keine Spannung angeschlossen ist. Wenn Versorgungsspannung start erreicht, bleibt Ausgang 60ms <tstart <120ms ,,low". findet etwa alle 90ms eine Messung Orientierung statt Ausgang wird entprechend geschalten. Output always high ohmic when voltage connected. When supply voltage reaches Vcc, start sensor output stays 60ms <tstart <120ms. Subsequently approx. every 90ms orientation measured output accordingly.
tstart
Supply Voltage
VCC, VCC, start
Current
tstart
peak
trefresh trefresh trefresh
tstart
Output Voltage 250°.20°
tstart
Output Voltage 70°.200°
OHF03938
Figure Startverhalten Ablaufdiagramm Sensors Start-up behavior Timing diagram sensor
2007-05-29
7710
Package Outlines
(2.3 (0.091))
R0.5 (0.020) Orientation mark
(2.35 (0.093))
(0.181) (0.165)
GPLY7038
(0.181) (0.165)
GPLY7039
GPLY7037
(3.82 (0.150))
(0.079) (0.063)
(4.1 (0.161))
(inch) Dimensions (inch)
configuration Description
Anode (must connected)
2007-05-29
(0.4 (0.016))
(0.185) (0.173)
7710
Empfohlenes Recommended Solderpad Design
(0.075)
(0.075)
(0.035)
OHPY3459
(inch) Dimensions (inch)
Gurtung Lage Method taping orientation
1.75
+0.1 ±0.05
2.25
OHA03983
4.85
(inch) Dimensions (inch)
2007-05-29
(0.039)
7710
Soldering Conditions Vorbehandlung nach JEDEC Level Preconditioning acc. JEDEC Level
OHLA0687
Maximum Solder Profile Recommended Solder Profile Minimum Solder Profile
+0°C +5°C
Ramp (max)
Ramp Down (max)
Figure Temperaturprofil (Der Sensor darf nach nicht gewaschen werden.) Temperature profile Reflow-soldering wash sensor after soldering)
Published OSRAM Opto Semiconductors GmbH Wernerwerkstrasse D-93049 Regensburg www.osram-os.com Rights Reserved. information describes type component shall considered assured characteristics. Terms delivery rights change design reserved. technical requirements components contain dangerous substances. information types question please contact Sales Organization. Packing Please recycling operators known you. also help touch with your nearest sales office. agreement will take packing material back, sorted. must bear costs transport. packing material that returned unsorted which obliged accept, shall have invoice costs incurred. Components used life-support devices systems must expressly authorized such purpose! Critical components only used life-support devices systems with express written approval OSRAM critical component component usedin life-support device system whose failure reasonably expected cause failure that life-support device system, affect safety effectiveness that device system. Life support devices systems intended implanted human body, support and/or maintain sustain human life. they fail, reasonable assume that health user endangered.
2007-05-29
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