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BPW34SE9601

OSRAM

Silicon PIN Photodiode


BPW34SE9601
BPW34SE9601

PDF File BPW34SE9601 PDF File


Description
2018-02-23 Silicon PIN Photodiode Version 1.
2 BPW 34 S E9601 Features: • Suitable for reflow soldering • Especially suitable for applications from 400 nm to 1100 nm • Short switching time (typ.
20 ns) • DIL plastic package with high packing density Applications • Photointerrupters • Industrial electronics • For control and drive circuits • IR remote control of hi-fi and TV sets, dimmers, remote controls of various equipment Ordering Information Type: BPW 34 S E9601 Photocurrent Ordering Code IP [µA] Ev = 1000 lx, Std.
Light A, VR = 5 V 80 (≥ 50) Q65112A1487 2018-02-23 1 Version 1.
2 Maximum Ratings (TA = 25 °C) Parameter Operating and storage temperature range Reverse voltage Total Power dissipation ESD withstand voltage (acc.
to ANSI/ ESDA/ JEDEC JS-001 - HBM) Characteristics (TA = 25 °C) Parameter Photocurrent (Ev = 1000 lx, Std.
Light A, VR = 5 V) Wavelength of max.
sensitivity Spectral range of sensitivity Radiant sensitive area Dimensions of radiant sensitive area Half angle Dark current (VR = 10 V) Spectral sensitivity of the chip (λ = 850 nm) Quantum yield of the chip (λ = 850 nm) Open-circuit voltage (Ev = 1000 lx, Std.
Light A) Short-circuit current (Ev = 1000 lx, Std.
Light A) Rise and fall time (VR = 5 V, RL = 50 Ω, λ = 850 nm, IP = 800 µA) Forward voltage (IF = 100 mA, E = 0) Capacitance (VR = 0 V, f = 1 MHz, E = 0) Temperature coefficient of VO BPW 34 S E9601 Symbol Top; Tstg VR Ptot VESD Values -40 .
.
.
100 32 150 2000 Unit °C V mW V Symbol (typ (min)) IP (typ) (typ) λS max λ10% (typ) (typ) A LxW (typ) ϕ (typ (max)) IR (typ) Sλ typ (typ) η (typ (min)) VO (typ) ISC (typ) tr, tf (typ) VF (typ) C0 (typ) TCV Values 80 (≥ 50) Unit µA 940 (typ) 330 .
.
.
1100 7.
02 2.
65 x 2.
65 ± 60 2 (≤ 30) nm nm mm2 mm x mm ° nA 0.
62 A/W 0.
90 365 (≥300) Electro ns /Photon mV 80 µA 0.
04 µs 1.
3 V 58 pF -2.
6 mV / K 2018-02-23 2 Version 1.
2 Parameter Temperature coefficient of ISC (Std.
Light A) Noise equivalent power (VR = 10 ...



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