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11:06 Uhr
Seite 1
TG1B1-A 600 Mbps - 12.5 Gbps BERT
The Lowest Cost Production Test Solution
12.5
Gbps PRBS
12.5Gbps
PRBS output
output waveform
waveform
Key Features
Key Specifications
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internal clock and external clock inputs
programmable PRBS pattern generation
programmable digital error injection
differential inputs and outputs
variable amplitude control
error detector with auto synchronization
error detector sampling adjustment
push-button and remote GPIB interface
pattern trigger and multiple clock triggers
operating bit rate
internal clock
PRBS patterns
PRBS jitter
PRBS rise/fall
output amplitude
output step size
input sensitivity
jitter injection BW
600 Mbps - 12.5 Gbps
9.75 - 11.75 GHz
231-1, 223-1, 215-1, 210-1, 27-1
1ps (RMS) @ 10 Gbps
30 ps (20 % / 80 %)
20 - 1600 mVpp (differential)
4 mVpp (differential)
< 50 mVpp (differential)
DC - 100 MHz
PARZICH-MIKROWELLEN-TECHNIK
PARZICH-MIKROWELLEN-TECHNIK
PARZICH GMBH • Karwendelstraße 8 • D-86932 Puergen • Germany
Tel. 08196/7021 • Fax 08196/511 • info@parzich.de • www.parzich.de
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Seite 2
Optical Test Accessories 0.05-12.5 Gbps
TG1P1A: 12.5 Gbps PRBS Source
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•
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•
0.05-12.5 Gbps PRBS generator
low jitter (0.9 ps RMS), fast rise/fall times (25 ps)
user-selectable pattern length and mark density
characterizing eye quality (jitter, overshoot, ringing)
of interconnects, backplanes, and devices
TG2P1A: 12.5 Gbps PRBS with Clock
• PRBS generator with integrated clock source
• low jitter (1.5 ps RMS), fast rise/fall times (25 ps)
• standalone operation for production lines, or for
use in a lab where clock sources are scarce
TR1P1A: 12.5 Gbps PRBS Receiver
• 0.05 -12.5 Gbps PRBS error detector
• compatible with TG x P1A PRBS sources
• use to verify error-free operation (with TGxP1A)
or as a complete BER system component
dimensions: 3.5x 3.5x1 inches
OTB1P1A:
12.5 Gbps PRBS and Error Detector Board
• 0.05-12.5 Gbps PRBS generator or PRBS
error detector (mutually exclusive)
• low jitter (0.9 ps RMS), fast rise/fall times (25ps);
compatible with other 12.5 Gbps products
• lab prototype use or for integration into test equipment
Optical Test Accessories 38 - 44 Gbps
TG1P4A 43 Gbps PRBS Generator
The Centellax TG1P4A is a high-performance 43 Gbps
Pseudo-Random Bit Sequence generator for SONET
OC768 / SDH STM256 R&D lab or test applications.
Key Features:
• programmable pattern length (27-1, 215-1, 231-1)
• low-noise 20 GHz trigger for DCA precision timebase
• internal clock with optional external clock input
dimensions: 10 x 8 x 2.5 inches
Key Specifications:
• 39.8 Gbps (internal clk), 38 - 44 Gbps (external clk)
• typically 400 fs RMS jitter, 7 ps rise/fall times
• 640 mVpp per side (1300 mVpp differential)
PARZICH-MIKROWELLEN-TECHNIK
www.parzich.de
info@parzich.de
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Seite 3
Optical Modules DC - 46 Gbps
UXC40M: DC - 40 GHz Divide-by-2/4/8 Prescaler Module
• differential DC - 40 GHz input, simultaneous divide-by-2/4/8 outputs
• high input sensitivity, excellent SSB phase noise (-153 dBc / Hz @ 100 kHz offset)
• generating low jitter reference signals for high-speed oscilloscopes
C39R46M: 39-46Gbps Clock Recovery Unit (CRU) Module
• 39-46 Gbps input, diff clk/16, /32, or /64 ref inputs, 20 GHz & 10 GHz clock outputs
• high input sensitivity (100 mV), excellent SSB phase noise
• extracting low jitter clock signals from OC768 / SDH STM 256 applications
MS4S1M: 43 Gbps 4:1 Multiplexer Module
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•
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•
0.5 -11.5 Gbps input, differential 2-46 Gbps output data rate; 4 - to -1 multiplexer
low jitter (0.7 ps RMS), fast rise/fall times (11 ps), high input sensitivity (100 mV)
requires clk / 2 input for multiplexing (20 GHz clock for 40 Gbps data rate)
OC768 / STM256 signal generation from four OC192 / STM 64 signals
MS4M1M: 43 Gbps 4:1 Multiplexer with CMU Module
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9.85 -11.25 Gbps input, differential 39.4-45 Gbps output data rate; 4 - to -1 multiplexer
low jitter (0.7ps RMS), fast rise/fall times (11ps), high input sensitivity (100mV)
requires clk /16 input for sampling, generates clk /4 output for high-speed triggering
OC768 / SDH STM256 signal generation from four OC192 / STM 64 signals
MD1S4M: 43 Gbps 4:1 Demultiplexer Module
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•
•
•
differential 2-44 Gbps input, 0.5 -11Gbps output data rate; 1- to - 4 demultiplexer
low jitter (0.8 ps RMS), fast rise/fall times (12 ps), high input sensitivity (100 mV)
requires clk /2 input for demultiplexing (20 GHz clock for 40 Gbps data rate)
multiple OC192 / STM 64 signal generation from OC 768 / STM 256 signal
I/Q Modulators 1- 20 GHz
MMU2XQ20M: 1 - 20 GHz I/Q Modulator Module
• differential 2-40 GHz 2x LO carrier input, 1- 20 GHz modulated RF output
• low power consumption, excellent amplitude and phase stability over time & temp
• direct carrier modulation in digital modulation systems, 360° phase shifter
MMD2XQ20M: 1-20 GHz I/Q Demodulator Module
• differential 2-40 GHz 2 x LO carrier input, 1-20 GHz modulated RF input
• low power consumption, excellent amplitude and phase stability over time & temp
• downconverting RF signals (PSK, QAM, etc) to base-band I /Q components,
SSB demodulation
PARZICH-MIKROWELLEN-TECHNIK
www.parzich.de
info@parzich.de
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Modulator Drivers 43 Gbps
OA4MVM: 43 Gbps Lithium-Niobate (LiNbO3) Modulator Driver Module
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three-stage (inverting) amplifier module, 120 kHz - 65 GHz bandwidth
high gain (> 27 dB to 45 GHz), high power (>20 dBm to 45 GHz; 8 V eye amplitude)
low added jitter (500 ps RMS), fast rise/fall times (9 ps)
V-connectors in a medium size package (approx. 2.2 x 1.75 x 0.5 inch)
crossover adjustment via 1st & 2nd gate, bias adjustment feedback system
OA4SMME: 43 Gbps Electro-Absorption (EA) Modulator Driver Module
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two-stage (non-inverting) amplifier module, 120 kHz-65 GHz bandwidth
medium gain (>17 dB to 45 GHz), power (>14 dBm to 45 GHz; 3.2 V eye amplitude)
low added jitter (600 ps RMS), fast rise/fall times (9 ps)
V-connectors in a medium size package (approx. 1.75 x 1.5 x 0.4 inch)
crossover adjustment via 1st gate
OA4MVM2: 43 Gbps Lithium-Niobate (LiNbO3) Modulator Driver Module
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three-stage (inverting) amplifier module, 120 kHz - 65 GHz bandwidth
high gain (>27 dB to 45 GHz), high power (>20 dBm to 45 GHz; 8 V eye amplitude)
low added jitter (500 ps RMS), fast rise/fall times (9 ps)
GPPO connectors in a small size package (approx. 1.4 x1.4 x 0.35 inch)
crossover adjustment via 1st & 2nd gate, bias adjustment feedback system
OA4SMM: 43 Gbps Electro-Absorption (EA) Modulator Driver Module
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two-stage (non-inverting) amplifier module, 120 kHz-65 GHz bandwidth
medium gain (>17 dB to 45 GHz), power (>14 dBm to 45 GHz; 3.2 V eye amplitude)
low added jitter (500 ps RMS), fast rise/fall times (8 ps)
GPPO connectors in an extremely small size package (approx. 1 x 1x 0.35 inch)
crossover adjustment via 1st gate
OA4MVM LiNbO3 modulator driver at 40 Gbps
OA4SMME EA modulator driver at 40 Gbps
• input: 442 mVpp, 325 fs RMS jitter, 6.7 ps rise/fall
• output: 7.9 Vpp, 539 fs RMS jitter, 8.5 ps rise/fall
• added RMS jitter: 430 fs
• input: 448 mVpp, 327 fs RMS jitter, 6.7 ps rise/fall
• output: 3.4 Vpp, 631 fs RMS jitter, 8.3 ps rise/fall
• added RMS jitter: 540 fs
PARZICH-MIKROWELLEN-TECHNIK
www.parzich.de
info@parzich.de
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Seite 5
Microwave Test Accessories 0 - 50 GHz
TA0L50VA: 0-50 GHz System Amplifier
High power, extremely wide bandwidth, high gain
TA2U50HA: 2-50 GHz Power System Amplifier
Ultra-high power, wide bandwidth, high gain
• 200 kHz to 26 GHz: 30 dB gain, 21 dBm Psat
• 200 kHz to 45 GHz: 27 dB gain, 17 dBm Psat
• very small size: 3.5 x 3.5 x 1 inch
• 2 to 10 GHz: 28 dB gain, 1W (30 dBm) Psat
• 2 to 40 GHz: 25 dB gain, 25 dBm Psat
• small size: 5 x 5 x 2.5 inch
Applications: RF source amplifier, general purpose
gain block, mixer LO amplifier, low noise amplifier,
antenna system amplifier, pulse amplifier
(good pulse-response)
Applications: Highpower laboratory and
test enviroment, RF amplifier testing,
TWT driver, antenna system amplifier
Centellax System Amplifiers - Psat Comparison
Centellax System Amplifiers - S21 Comparison
40
40
35
TA0L50VA
TA2U50HA
30
30
25
25
20
S21 (dB)
Saturated Output Power (dBm)
35
TA0L50VA
15
TA2U50HA
20
15
10
10
5
5
0
0
0
5
10
15
20
25
30
35
40
45
50
0
5
10
15
Frequency (GHz)
20
25
30
35
40
45
Frequency (GHz)
Broadband Divider DC - 40 GHz
TD40MCA: DC - 40 GHz, Divide-by - 2 / 4 / 8
• very low phase noise
(153 dBc /Hz @ 100 kHz offset)
• high input sensitivity, low jitter (< 500 fs)
• 2.9 mm input, 3 x SMA simultaneous outputs
Applications: generating low jitter trigger signals
for high-speed oscilloscopes up to 50 GHz
PARZICH-MIKROWELLEN-TECHNIK
www.parzich.de
info@parzich.de
50
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Seite 6
Evaluation Boards DC - 20 GHz
UXC20PE: DC - 20 GHz Divide-by - 2 / 4 / 8 Evaluation Board
UXM15PE: DC-15 GHz Divide-by-2/4/8 & -4/5/6/7/8/9 Evaluation Board
• Phase noise: -153 dBc @ 10 kHz, Amplitude: >1Vpp / side
• Single or differential operation, low power consumption, lead-free
• Package: 4 x 4mm QFN
Applications:
• Multi-mode prescaler for integer-N PLL´s,
• low-jitter synchronous timing device for telecom,
• digital radios and microwave synthesizers
MX1DS10PE: 15 GHz Ultra-Variable Broadband Prescaler Evaluation Board
• DC to 15 GHz operating range
• Variable divide ratio: 2 to 220 (2, 4, 8, 16 ...)
• Single or differential operation, lead-free
• Package: 6 x 6 mm QFN
UXN14M9PE: 14 GHz Programmable Integer Prescaler Evaluation Board
• DC to 14 GHz operating range
• Variable divide ratios: 8 to 511 (contiguous)
• Single or differential operation, lead-free
• Package: 6 x 6 mm QFN
Microwave Modules 1- 65 GHz
UA1L30VM: 1-30 GHz Amplifier Module, High Power and Gain
• 1-30 GHz:
30 dB gain, 21 dBm Psat
• Designed for large-signal output conditioning
UA1S65LM: 1-65 GHz Broadband Amplifier Module, Medium Power and Gain
• 1-26 GHz:
21 dB gain, 16 dBm Psat
• 27-45 GHz:
17 dB gain, 14 dBm Psat
• 1.2 W power dissipation, 2 bias lines
• Designed for small-signal input conditioning
UA1L65VM: 1-65 GHz Broadband Amplifier Module, High Power and Gain
• 1-26 GHz:
30 dB gain, 22 dBm Psat
• 27-45 GHz:
27 dB gain, 20 dBm Psat
• 3.4 W power dissipation, 2 bias lines
• Designed for large-signal output conditioning
PARZICH-MIKROWELLEN-TECHNIK
www.parzich.de
info@parzich.de
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Seite 7
Microwave IC Selector Guide
AMPLIFIERS <30GHz
part
feature
UA5M20MC
no choke
UAAS30SC
no choke
UATS30S1C
low noise
UATM30S2C
general
UATL30S1C
med power
UATM30M2C
low noise
UATL30MC
med power
freq
gain
flatness
nf
psat
p-1
bias
5-18GHz
4.5-20GHz
1.5-20GHz
0.04-30GHz
1.5-20GHz
0.04-30GHz
1.5-20GHz
0.04-30GHz
1.5-20GHz
0.04-30GHz
6-20GHz
1.5-20GHz
0.04-30GHz
1.5-20GHz
0.04-26.5GHz
0.04-30GHz
15dB
14.5dB
11dB
10.5dB
11dB
10.5dB
10.25dB
10.25dB
10.5dB
10.5dB
18dB
18dB
16dB
17.5dB
16.5dB
15.5dB
±0.5dB
±1dB
±0.5dB
±1dB
±0.75dB
±1.5dB
±0.5dB
±0.75dB
±0.75dB
±0.75dB
±0.3dB
±0.6dB
±1.5dB
±0.75dB
±1.25dB
±1.5dB
7dB
7.5dB
5.5dB
5.5dB
4.5dB
4.5dB
7.5dB
7.5dB
8dB
8dB
2.5dB
5dB
5.5dB
5.5dB
5.5dB
5.5dB
20dBm
20dBm
16dBm
16dBm
16.5dBm
16.5dBm
21dBm
21dBm
24dBm
23dBm
20dBm
20dBm
16.5dBm
24.5dBm
23.5dBm
22dBm
18dBm
18dBm
14dBm
14dBm
14dBm
14dBm
18dBm
18dBm
21dBm
20.5dBm
17dBm
17dBm
13.5dBm
21.5dBm
19dBm
18dBm
135mA @ 5V
85mA @ 7V
85mA @ 4.5V
150mA @ 7V
250mA @ 8V
150mA @ 5V
250mA @ 8V
bias ckt
none (#0)
none (#0)
none (#0)
none (#0)
wirebond (#1)
coil network (#3)
wirebond (#1)
coil network (#3)
wirebond (#1)
coil network (#3)
wirebond (#1)
wirebond (#1)
coil network (#3)
wirebond (#1)
coil network (#3)
coil network (#3)
AMPLIFIERS <45GHz
part
feature
UAAS45SC
no choke
UAPS45SC
low noise
UAPM45SC
general
UAPL45SC
med power
freq
gain
flatness
nf
psat
p-1
bias
1.5-40GHz
0.04-45GHz
18-40GHz
1.5-40GHz
0.04-45GHz
1.5-40GHz
0.04-45GHz
1.5-40GHz
0.04-45GHz
10.5dB
10dB
11dB
11dB
11dB
10.25dB
10dB
10dB
10dB
±1dB
±1.25dB
±0.25dB
±0.5dB
±1.25dB
±1dB
±1dB
±0.75dB
±0.75dB
5.5dB
5.5dB
4dB
4.5dB
4.5dB
7.5dB
7.5dB
9dB
9dB
15.5dBm
14.5dBm
15.5dBm
15.5dBm
14.5dBm
20dBm
19dBm
22.5dBm
20.5dBm
13dBm
11.5dBm
13dBm
13dBm
11.5dBm
17dBm
16dBm
18dBm
17dBm
bias ckt
none (#0)
none (#0)
wirebond (#1)
85mA @ 4.5V wirebond (#1)
coil network (#2)
wirebond (#1)
150mA @ 7V
coil network (#2)
wirebond (#1)
250mA @ 8V
coil network (#2)
85mA @ 7V
AMPLIFIERS <65GHz
part
feature
UAAS65SC
no choke
UAPS65SC
low noise
UAPM65S2C
general
UAPL65SC
med power
freq
gain
flatness
nf
psat
p-1
1.5-40GHz
0.04-50GHz
0.04-65GHz
1.5-40GHz
0.04-50GHz
0.04-65GHz
1.5-40GHz
0.04-50GHz
0.04-65GHz
1.5-40GHz
0.04-50GHz
0.04-65GHz
10.5dB
10dB
8.5dB
11dB
10.5dB
10dB
10.25dB
10dB
10dB
10dB
9.5dB
7.5dB
±1dB
±1.25dB
±1.5dB
±0.5dB
±1.25dB
±1.5dB
±1dB
±1.25dB
±1.25dB
±0.75dB
±0.75dB
-
5.5dB
6dB
4.5dB
5dB
7.5dB
9dB
9dB
10.5dB
-
15.5dBm
14.5dBm
15.5dBm
14.5dBm
20dBm
18dBm
22.5dBm
19.5dBm
-
13dBm
11dBm
13dBm
11dBm
17dBm
15dBm
18dBm
16.5dBm
-
PARZICH-MIKROWELLEN-TECHNIK
www.parzich.de
bias
bias ckt
none (#0)
none (#0)
none (#0)
wirebond (#1)
85mA @ 4.5V coil network (#2)
coil network (#2)
wirebond (#1)
150mA @ 7V coil network (#2)
coil network (#2)
wirebond (#1)
250mA @ 8V coil network (#2)
coil network (#2)
85mA @ 7V
info@parzich.de
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11:06 Uhr
Seite 8
Microwave IC Selector Guide
ATTENUATORS
part
UVD50SC
UVDM40SC
freq
min s21
max s21
return loss
p-1
DC-30GHz
DC-50GHz
DC-20GHz
DC-40GHz
3.5dB
5dB
1.5dB
3.5dB
35dB
33dB
20dB
20dB
12dB
12dB
10dB
10dB
6dBm
6dBm
12dBm
12dBm
control
package
analog
bare die
analog
bare die
SWITCHES
part
freq
function
speed
min s21
isolation
p-1
control
package
USD30SDC
DC-30GHz
SPDT
2nS
3dB
37dB
13dBm
analog
bare die
FREQUENCY DIVIDERS / PRESCALERS
part
freq
function
pout
10khz ssb noise
pdiss
package
UXN14M9P
DC-14GHz
Div-by-8,9…510,511
+4dBm
-151dBc/Hz
1.1W
6x6mm QFN
MX1DS10P
DC-15GHz
Ultra-variable Div-by-2^1…2^20
-4dBm
-153dBc/Hz
1.4W
6x6mm QFN
UXM15P
DC-15GHz
Div-by-4/5/6/7/8/9, or Div-by-2/4/8
+5dBm
-151dBc/Hz
0.6W
4x4mm QFN
UXC20P
DC-20GHz
Div-by-2/4/8
+5dBm
-151dBc/Hz
0.5W
4x4mm QFN
EVALUATION BOARDS
part
function
price
UXN14M9PE
MX1DS10PE
UXM15PE
UXC20PE
evaluation board
evaluation board
evaluation board
evaluation board
US$750
US$
975,US$750
US$
975,US$250
US$
325,US$
325,US$250
AMPLIFIERBIAS
BIASCIRCUIT
CIRCUIT
GUIDE
AMPLIFIER
GUIDE
Centellax’s microwave amplifiers require different bias
Centellax’s microwave
amplifiers
require different
bias networks for
networks for
different operating
frequencies.
different operating
frequencies.
Datasheets available from the
Datasheets
available from
Centellax webpage
detail the nominal bias conditions and include
PARZICH-MIKROWELLEN-TECHNIK
comprehensive
assembly
diagrams. The
drawings
shown below are
including
comprehensive
assembly
diagrams.
representative of the assembly complexity.
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Coupon ausfüllen und faxen an:
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