NS GM E038B Jun. 11, 2002
MOS43CM 10 Gb/s Clock and Data Recovery Module MOS43CM has a function of regenerating clock and data signals from NRZ data input signal of STM-64 or OC-192 (9.95328 Gb/s).
BLOCK DIAGRAM D-FF with phase comparator
Din
Din
Q ~ 50 Ω ~ -0.5 V
Q
65 Ω
CK PC OUT
LPF Power Divider
~ ~ ~
VCO
Cout ~ 50 Ω
APPLICATIONS Receiver terminals and regenerators for SDH/SONET (STM-64/OC-192) systems
FEATURES •Data Rate: •Data Output Rise Time (20~80%): •Data Output Fall Time (20~80%): •DC Coupled Data Output : •AC Coupled Clock Output: •Power Dissipation:
9.95328 Gb/s trQ = 40 ps (typ.) tfQ = 30 ps (typ.) VOH = 0.0 V, VOL = -0.9 V (typ.) VCamp = 0.9 Vpp (typ.) 4.4 W (typ.)
TIMING CHART Din Q Cout 1 / 12
MOS43CM PIN CONNECTION TABLE No.
NAME
FUNCTION
TERMINAL
1
Din
2
Cout
3
Q
Recovered Data Output
4
VSS
Power Supply (-3.5 V)
5
GND
Ground (0.0 V)
6
VF
7
GND
8
NEL Internal Use. (Open)
9
PC OUT GND
10
LDET
NEL Internal Use. (Open)
11
GND
12
DVref
13
GND
Ground (0.0 V) Data Input Reference Level Adjustor (Normally GND, 0.0 V) Ground (0.0 V)
Data input, AC Coupling SMA (Female)
Recovered Clock Output, AC Coupling
FC(1) Rag plate FC(1)
Power Supply (+15 V) Ground (0.0 V)
Rag plate FC(1)
Ground (0.0 V)
Rag plate FC(1) Rag plate FC(1) Rag plate
Note) (1) Feedthrough Capacitor Type EMI Filter
CONNECTION DIAGRAM (TOP VIEW)
1
Din
6 5
VF
7
4
V SS
8 9
LDET
11
DVref
13
10
PC OUT
12
Q
3
Cout
2
MOS43CM 10Gb/s Clock and Data Recov ery Module S/N MADE IN JAPAN
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MOS43CM ABSOLUTE MAXIMUM RATINGS SYMBOL
PARAMETER
RATING
VSS
Power Supply Voltage
-4.0 V ~ 0.0 V
VF
Power Supply Voltage
VDin
Applied Voltage at Din
DVref
Applied Voltage at DVref
0.0 V ~ +16.7 V power on power off < 1.4 Vpp < 1.3 Vpp -0.4 V ~ +0.4 V
Vout1 Vout2
Applied Voltage at Q, and PC OUT Applied Voltage at Cout
Tstor
Storage Temperature
-40℃ ~ +80℃
TMB
Module Bottom Temperature under Bias
0℃ ~ +80℃(1)
Applied voltage at LDET
0.0 V ~ +7.0 V
LDET
-1.75 V ~ +0.2 V < 1.4 Vpp
Note) (1) The module should be protected from condensation.
RECOMMENDED OPERATING CONDITIONS Pin Name
Operating Condition
VSS
min. –3.57 V, max. -3.43 V
VF
min. +14.7 V, max. +15.3 V
Din
Q
AC Coupling GND (0.0 V) Connect this pin to the neighboring rag plate. Terminate with 50 ohm to GND.
Cout
Terminate with 50 ohm to GND.
PC OUT
Open. NEL Internal Use.
LDET
Open. NEL Internal Use.
Operating Temperature
+5℃≦ TMB(1) ≦+70℃
DVref
Note) (1) The module should be protected from condensation.
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MOS43CM ELECTRICAL CHARACTERISTICS VSS = -3.57 to -3.43 V, VF = +14.7 to +15.3 V, GND = 0.0 V, DVref = 0.0V Input Sequence = PRBS 223-1(1), Input Data Rate = 9.95328 Gb/s±25ppm, Mark Ratio = 1/2, Bit Error Rate<10-12, TMB = +5℃ to +70℃ Related I/O
Din
Q
Q, Cout
SYMBOL
PARAMETER
VDmin
Minimum Input Voltage Amplitude
VDmax
Maximum Input Voltage Amplitude
1.2
VQOH
Output Voltage, High
-0.2
VQOL
Output Voltage, Low
VQamp
Output Voltage Amplitude
trQ tfQ JTOL(2)
Output Rise Time (20-80%) Output Fall Time (20-80%) Jitter Tolerance
tDC
Phase difference of Q to Cout Output Voltage Amplitude
VCamp Cout
Power Supply
(2)
JGEN
Jitter Generation
JTRN(2)
Jitter Transfer
Iss
Power Supply Current (VSS)
IF Pd
Power Supply Current (VF) Power Dissipation
Notes) (1) Pull-in operation is not guaranteed for 1,0,1,0... input signal pattern. (2) Vss = -3.5 V, VF = +15.0 V, TMB = 30℃ (3) Vss = -3.57 V, VF = +15.3 V
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MIN.
0.7
TYP.
MAX.
UNITS
0.06
0.15
Vpp Vpp
0.0
V
-0.9
-0.75
V
0.9
1.4
Vpp
40 50 30 45 See page 6
ps ps
18
43
68
ps
0.7
0.9
1.5
Vpp
≦ 0.1
UIpp
See page 6 0.7 0.13 4.4
1.0(3) (3)
0.20
(3)
6.7
A A W
MOS43CM DEFINITIONS OF trQ, tfQ , AND tDC 80%
Q
80%
20%
20% trQ
Cout
tfQ
tDC + 50%
OUTPUT WAVEFORMS (Examples) Conditions:
VSS = -3.5 V, VF = +15.0 V, GND = 0.0 V, DVref = 0.0V Din = 150 mVpp, Input Sequence = PRBS 223-1, Mark Ratio = 1/2, Data Rate = 9.95328 Gb/s, TMB = 30℃
500 mV/div.
Q
Cout
20 ps/div.
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MOS43CM JITTER PERFORMANCE Conditions:
VSS = -3.5 V, VF = +15.0 V, GND = 0.0 V, DVref = 0.0V Din = 0.15 Vpp, Input Sequence = PRBS 223-1, Mark Ratio = 1/2, Data Rate = 9.95328 Gb/s, TMB = 30℃
JITTER TOLERANCE MASK f1 = 2.4 kHz
f0 = 316 Hz
f2 = 24 kHz
Amplitude (UIpp)
15
f3 = 400 kHz 1.5
f4 = 4 MHz
-20 dB/dec
.15
f5 = 8 MHz
10
100
1k
10 k
100 k
1M
10 M
Frequency [Hz]
Jitter Ratio (dB)
JITTER TRANSFER MASK
Slope = -20 dB/ dec 0.1
316
8M Modul ation Freque ncy (H z)
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MOS43CM SAMPLE IMPLEMENTATION
E/O
10 Gb/s Modulator Driver Module
MC240-100A
Z0 = 50 Ω
1 D in
O/E Converter with Post/Limiting Amp.
65 Ω
Q
3
Cout
2
Z0 = 50 Ω MOS39A
~50 Ω ~-0.50 V ~50 Ω 50 Ω -0.4~-0.6 V ~200 kΩ
DVref -3.5 V +15 V
12 DVref 0.01 uF 4 VSS 0.01 uF 6 VF 0.01 uF
PCOUT
8 Open 1000 pF
LDET
10 1000 pF
GND
5, 7, 9, 11, 13
Note) Numbers represent pin numbers.
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Open
MOS43CM CASE DIMENSION (mm)
9.55±0.3
5.0 7.5
7.5
7.5
7.5
10.0
5.0
34.0
24.0
Vss
VF
PC OUT
LDET
12.0
DVref
11.4±2.0
5.0
5.0
1.7±0.2
Q
MOS43CM 10Gb/s Clock and Data Recov ery Module S/N MADE IN JAPAN
44.0
78.0
Din
Cout
2.0
1.3 max 2.0
2.0
5.0
5.0
40.0
MOS43CM S/N
Notes)
(1) Tolerance: (2) Material: (3) Surface:
±0.2 Aluminum Chemical Conversion Coatings on Aluminum (NIPPON PAINT CO., LTD.)
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MOS43CM SAMPLE MOUNTING (mm) MOUNTING TOP VIEW
64.0
36.0
Mother Board
MOUNTING SIDE VIEW
M2.0 SCREW for Heatsink
Module Bottom
Please attach a heatsink to this surface.
M2.0 SCREW for Mother Board 36.0
64.0
MOTHER BOARD
4-φ2.4
Unit: mm Tolerance: ±0.2
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MOS43CM HANDLING PRECAUTIONS BEFORE OPERATING THE GaAs/Si-Bipolar IC MODULES, PLEASE READ THIS HANDLING INSTRUCTION TO PREVENT DAMAGE FROM ELECTRIC SURGES SUCH AS POWER LINE LEAK AND ELECTROSTATIC DISCHARGE. 1. Determine the standard GND on the working desk. The Standard GND should be connected to the highest quality GND in the room. Connect commonly all of GND terminals of all the equipment to the standard GND on the working desk. The working desk should be conductive and should be connected to the standard GND. Connection cables are preferred to be as short as possible and as thick as possible. 2. Put on a conductive wrist–strap connected to the standard GND on the desk through a 1-Mohm resistor. 3.
Confirm that the voltages of all surrounding materials including human body which touch the modules are less than 0.2V. Please measure these voltages using an oscilloscope (Do not use DC and AC voltmeters).
4.
Make sure that there is no abnormal spike on the power supply voltage.
5.
Ground all soldering iron tips. Leak voltage should be less than 0.2V.
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MOS43CM Caution 1. In order to improve products and technology, specifications are subject to change without notice. 2. When using the products, be sure the latest information and specifications are used. 3. Circuit drawings etc. shall be provided for the purpose of information only on application examples not for actual installation of equipment. NTT Electronics Corp. shall not assume any liability for damage that may result from the use of these circuit drawings etc. NTT Electronics Corp. shall not assent to or guarantee any rights of execution for patent rights of the third parties and other rights that may be raised for use of these circuit drawings. 4. To make a design, the products shall be used within the assured ranges with respect to maximum ratings, voltage, and radiation. NTT Electronics Corp. shall not take any responsibility for damage caused by neglecting the assured values or improper usage. 5. Though NTT Electronics Corp. makes every effort to improve quality and reliability, there is a risk that failure or malfunction may occur in semiconductors. It is therefore necessary that the purchasers should take responsibility for making a design that allows the products to operate safely on equipment and systems without any direct threat to the human body and/or property, should such failures or malfunction occur. 6. NTT Electronics Corp.'s semiconductor device products are designed to be used with multimedia networks communication equipment and related measuring equipment. They have not been developed for such equipment that may affect people's lives. Those who intend to use the products for special purposes that may affect human life as a result of failure or malfunction in the equipment using the products or that require extremely high reliability (e.g. life support, aircraft and space rockets, control in nuclear power facilities, submarine relays, control of operations, etc.) shall contact NTT Electronics Corp. before using the products. NTT Electronics Corp. shall not assume any liability for damage that may occur during operation of the products without prior consultation. 7. This product is controlled under the 'Foreign Exchange and Foreign Trade Law'. In the case of exporting this product, it is requested that you take necessary procedures to obtain prior approval from the Japanese Minister of Economy, Trade and Industry. 8. Some of the products use GaAs (gallium arsenide). GaAs powder and vapor are dangerous for humans. Do not break, cut, crush or chemically destroy the products. To dispose of the products, follow the relevant regulations and laws; do not mix with general industrial waste and domestic garbage. 9. Any questions should be directed to the Sales Department of NTT Electronics Corp.
Copyright 2002 NTT Electronics Corp.
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MOS43CM
NTT Electronics Corporation reserves the right to make change in designs, specifications and other information at any time without prior notice. These products or technologies are subject to Japanese strategic restrictions.
NTT Electronics Corporation 1841-1, Tsuruma, Machida-shi, Tokyo, 194-0004, Japan Tel: +81-42-799-8537 Fax: +81-42-799-8534
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