Thorlabs DET08CFC/M-indium gallium arsenide photodetector

NegotiableUpdate on 12/13

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Overview

Thorlabs DET08CFC/M-indium gallium arsenide photodetector with four models covering wavelength range of 400-1700 nm, bandwidth from 1 to 5 GHz, rise time from 50 ps to 1 ns, connected to single-mode (SM) or multi-mode (MM) fiber, nFC/PC fiber input connector, nSMA output connector

Product Details

Thorlabs DET08CFC/M - 铟镓砷光电探测器

Thorlabs DET08CFC/M-indium gallium arsenide photodetectorFeatures:

Four models cover the wavelength range of 400-1700 nm

Bandwidth ranging from 1 to 5 GHz

Rise time from 50 ps to 1 ns

Connect to single-mode (SM) or multi-mode (MM) optical fiber

FC/PC fiber optic input connector

SMA output connector

Thorlabs DET08CFC/M-indium gallium arsenide photodetectorProvide a range of fiber coupled, high-speed, high bandwidth detectors that can connect FC/PC single-mode or multi-mode fibers. The overall sensitivity range of these detectors ranges from visible near-infrared (400-1700 nm); Please check the accurate spectral range of each detector in Table 1.2. All detectors on this page have a GHz signal bandwidth, which is as easy to use as our other DET series. These detectors are designed for testing or measurement applications, including data communication, analog microwave, and general high-speed photonics. For free space exploration, Thorlabs provides high-speed free space detectors. We also offer a range of built-in bias photodiodes that are as easy to use as fiber coupled photodetectors, but operate at a slower speed. Our bias photodetector is compatible with both desktop photodiode amplifiers and PMT transimpedance amplifiers.

These fiber coupled detectors are reverse biased and have bias batteries inside, which produce a linear response to incident light. In order to maintain high signal bandwidth, the signal is output through an SMA connector. Thorlabs offers a full range of electronic adapters and cables, including SMA cables and SMA to BNC adapters, for easy monitoring of signals on oscilloscopes or other measuring electronic devices.

Our silicon-based fiber coupled detector is used in the wavelength range of 400 to 1100 nm, with bandwidth options of 1 GHz (# DET02AFC) or 2 GHz (# DET025AFC). For applications extending to near-infrared, our fiber coupled detector based on indium gallium arsenide (InGaAs) can be used, with a detection range from 800 to 1700 nm and a bandwidth of 1.2 GHz (# DET01CFC) or 5 GHz (# DET08CFC). For high-speed signal monitoring, Thorlabs recommends using a 50 Ω load resistor. For lower bandwidth applications, our adjustable terminal connectors or fixed terminal connectors can quickly adjust the measurement voltage.

Thorlabs DET08CFC/M - 铟镓砷光电探测器

Item #	DET02AFC	DET025AFC	DET01CFC	DET08CFC
Wavelength Range	400 - 1100 nm	400 - 1100 nm	800 - 1700 nm	800 - 1700 nm
Material	Si	Si	InGaAs	InGaAs
Bandwidth (-3 dB)a,b,c	1 GHz	2 GHz	1.2 GHz	5 GHz (Max)
Fiber Input	FC/PC	FC/PC	FC/PCd	FC/PC
Signal Output	SMA	SMA	SMA	SMA
Minimum Resistor Load	50 Ω	50 Ω	50 Ω	50 Ω
Maximum Peak Power	18 mW	18 mW	18 mW	100 mW
Saturation Power (CW)	-	-	5.5 mW (1550 nm)b	-
Output Voltage	0 to 3.3 V (50 Ω) 0 to 10 V (Hi-Z)	2 V (Max)e	0 to 1 V (50 Ω)f 0 to 10 V (Hi-Z)	2 V (Max)e
Rise Time (tr)a,b,c	1 ns @ 730 nm (Max)	150 ps @ 653 nm, 20/80% (Typ.)	< 1 nsg @ 1310 nm	70 ps @ 952 nm, 20/80% (Typ.)
Fall Time (tf)a,b,c	1 ns @ 730 nm (Max)	150 ps @ 653 nm, 80/20% (Typ.)	< 1 nsg @ 1310 nm	110 ps @ 952 nm, 80/20% (Typ.)
Bias Voltage	12 V
Dark Current	126 pAh	35 pAa,h	0.235 nAa,h	1.5 nAa,h
NEP (Maximum)	9.5 x 10-15 W/√Hz (@ 730 nm)	9.29 x 10-15 W/√Hz (@ 730 nm)	4.5 x 10-15 W/√Hz (@ 1550 nm)	2 x 10-15 W/√Hz (@ 1550 nm)
Junction Capacitance	1.73 pF (Max)	1.73 pF (Max)	2.4 pF (Typical)	0.3 pF
Photodiode Element	FDS02	FDS02	FGA01FC	-

Measure using the specified 12V bias voltage.
50 Ω load
A decrease in battery voltage will prolong the rise time and reduce the bandwidth.
Although these detectors all have FC/PC input connectors, our testing shows that they can also use FC/APC fiber jumpers and there is no measurable difference in performance.
The larger the output voltage, the smaller the bandwidth.
Calculated based on peak response rate and damage threshold.
The detectors we produce have been tested to ensure both rise and fall times. The theoretical rise time calculated using the formula in Chapter 4.6 of the product manual or the photodiode tutorial label is 292 ps.
1 M Ω load