HFBR-0536 Avago Technologies US Inc., HFBR-0536 Datasheet
HFBR-0536
Specifications of HFBR-0536
HFBR-0536
Related parts for HFBR-0536
HFBR-0536 Summary of contents
Page 1
... DC coupled TTL-compatible fiberoptic receivers. The Avago Technologies HFBR-2521Z is a TTL-compat- ible 5-Mbit/sec receiver, and the HFBR-2528Z 10-Mbit/sec CMOS or TTL-compatible receiver. Additional information about DC to 5-Mbit/ sec applica- tions can be found in Avago Technologies AN-1035, and applications support for DC to 10-Mbit/sec applications can be obtained by reading AN-1080 ...
Page 2
The Pros and Cons of Arbitrary Duty Factor or Burst Mode Data The most important advantage of any existing data communication protocol is that it already exists, and typically works reasonably well with copper wires in many applications. On the ...
Page 3
SERIAL DATA 0% TO 100% DUTY FACTOR (D.F.) SOURCE 32 M BITS/SEC MANCHESTER ENCODER (50% EFFICIENT) 4B5B ENCODER (80% EFFICIENT) 8B10B ENCODER (80% EFFICIENT )-1 SCRAMBLER (100% EFFICIENT) NOTE THAT THE MAXIMUM FUNDAMENTAL FREQUENCY OF ...
Page 4
... LED 650 nm HFBR-14X2Z HFBR-24X6Z 820 nm LED 820 nm HFBR-14X2Z HFBR-24X6Z 820 nm LED 820 nm HFBR-14X4Z HFBR-24X6Z 820 nm LED 820 nm HFBR-14X4Z HFBR-24X6Z 820 nm LED 820 nm HFBR-13X2TZ HFBR-23X6TZ 1300 nm LED 1300 nm HFBR-13X2TZ HFBR-23X6TZ 1300 nm LED 1300 nm 4 Distances and Data Rates Achievable The simple transceivers recommended in this applica- tion note can be used to address a very wide range of distances, data rates, and system cost targets ...
Page 5
... Figure 4. Equation 1 allows the designer to quickly determine the values of C6 and C7 so that the receiver is optimized for operation at any data rate maximum of 32 MBd U2A 3 HFBR-15X7Z U2B 7 HFBR-14X4Z HFBR-13X2TZ 1300 nm LED 62.5/125 ∞ 150 pF ...
Page 6
... Figure 3 and the receiver shown in Figure 5, download file from the following URL: http://www.avagotech.com Equation HFBR-24X6Z – 820 nm 200 mm HCS 62.5/125 NOISY HOST SYSTEM POWER + C12 10 mF R10 240 8 C13 0.1 mF R11 240 2 (3) (R6 + R7) [ Data Rate (Bd) ] HFBR-23X6TZ – 1300 nm 62.5/125 mm TTL OUT (-) TTL OUT (+) ...
Page 7
...
Page 8
Figure 6a. Top Overlay Figure 6d. Mid Layer TX FIGURE 3 N_GND N_V CC TTL_IN Rx GND RX FIGURE 4 Rx GND N_GND N_V cc TTL_OUT+ TTL_OUTÐ Figure 6g. Transmitter 1 Schematic Figure 6. Printed circuit Artwork for Transmitter shown ...
Page 9
Figure 7a. Top Overlay Figure 7d. Mid layer 3 TX FIGURE 3 TX N_GND N_V CC TTL_IN Rx GND RX FIGURE GND N_GND N_V cc TTL_OUT+ TTL_OUTÐ Figure 7g. Transmitter 2 Schematic Figure 7. Printed circuit Artwork ...
Page 10
Error Rates and Noise Immunity The probability that a fiberoptic link will make an error is related to the receiver’s own internal random noise and its ability to reject noise originating from the sys- tem in which it is installed. ...
Page 11
... Footprint Material Part Number 805 X75 or C0805X7R500104KNE better 805 NPO/COG 805 NPO/COG B Tantalum, TA010TCM106MBN 10V 805 NPO/COG S014 74ACTQ00 See Table 2 HFBR-1XXXZ See Table 4 HFBR-2XXXZ LT1016CS8 1812 HF30ACB453215 10% 1008LS-122XKBC 805 5% CR080510W4R7JT 805 1% 805 1% 805 1% 805 5% CR080510W271JT 805 5% CR080510W241JT 805 5% ...
Page 12
... AV02-0723EN - July 22, 2010 Footprint Material Part Number 805 X7R or C0805X7R500104KNE Better 805 NPO/COG 805 NPO/COG B Tantalum, TA010TCM106MBN 10 V 805 NPO/COG S014 74ACTQ00 See Table 2 HFBR-1XXXZ See Table 4 HFBR-2XXXZ S08 LT1016CS8 S016 MMPQ3904 1812 HF30ACB453215 10% 108LS-122XKBC 805 5% CR080510W4R7JT 805 1% 805 1% 805 1% 805 5% CR080510W242JT 805 5% ...