APD Photoreceivers - Voxtel

Avalanche Photodiodes Deschutes FSI Deschutes FSI Avalanche Photodiodes
12
13
Deschutes FSI VFI1-DAZA 25µm, 6GHz Avalanche Photodiode Deschutes FSI VFI1-JAZA 75µm, 2GHz Avalanche Photodiode
Min Typical Max Units
Spectral Range, λ 800 1064–1550 1750 nm
Active Diameter 25 µm
Bandwidth 6 GHz
Operating Gain, M 1 15 20
Min Typical Max Units
Spectral Range, λ 800 1064–1550 1750 nm
Active Diameter 75 µm
Bandwidth 2 GHz
Operating Gain, M 1 15 20
1
2
Responsivity @ M = 10
Excess Noise Factor,
F(M, k)
λ = 1550 nm 7.0 7.2 8.0
λ = 1064 nm 6.0 6.8 7.7
M = 5 2.1
M = 10 3.4
M = 15 4.3
A/W
Responsivity @ M = 10
Excess Noise Factor,
F(M, k)
λ = 1550 nm 7.0 7.2 8.0
λ = 1064 nm 6.0 6.8 7.7
M = 5 2.1
M = 10 3.4
M = 15 4.3
A/W
1
3
Noise Spectral Density @ M = 10 0.15 pA/Hz 1/2
Dark Current i 2.2 2.6 nA
Dark Current Dependence on Temperature ii 0.22 dB/K
Capacitance iii 0.23 pF
Breakdown Voltage, V iv BR 30 37 40 V
ΔV BR /ΔT 15 17 19 mV/K
Absolute Reverse Current 3 mA
Absolute Forward Current 5 mA
Noise Spectral Density @ M = 10 0.25 pA/Hz 1/2
Dark Current i 5.6 7 nA
Dark Current Dependence on Temperature ii 0.24 dB/K
Capacitance iii 0.45 pF
Breakdown Voltage, V iv BR 30 37 40 V
ΔV BR /ΔT 15 17 19 mV/K
Absolute Reverse Current 3 mA
Absolute Forward Current 5 mA
Absolute Operating Temperature
−200
73
0–30
273–303
52
325
°C
K
Absolute Operating Temperature
−200
73
0–30
273–303
52
325
°C
K
i M = 10, T = 298 K
ii 250 K < T < 300 K
iii M > 3
iv T = 298 K; I dark > 0.1 mA
i M = 10, T = 298 K
ii 250 K < T < 300 K
iii M > 3
iv T = 294 K; I dark > 0.1 mA
Voxtel Catalog, rev 03, 06/2012 ©
Avalanche Photodiodes
Voxtel makes no warranty or representation regarding its products’ specific application suitability and may make changes to the products described without notice.
Deschutes FSI
Voxtel Catalog, rev 03, 06/2012 ©
Deschutes FSI
Voxtel makes no warranty or representation regarding its products’ specific application suitability and may make changes to the products described without notice.
Avalanche Photodiodes