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Key Application

CATV & Broadband Access

Actives & Passives from DOCSIS 1.x to 4.x & Beyond

Your Complete Solution Partner

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Passives

Our 75Ω transformers, diplexers, couplers and other passive components have been essential in a wide range of architectures for decades, with performance, quality and service that have made Mini-Circuits a trusted partner to CATV industry customers.

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Actives

Our new Santa Rosa MMIC Design Center builds on that foundation with industry-leading design capability for power amplifiers, multi-chip modules and hybrids for DOCSIS 3.1 and 4.0 systems utilizing ESD, FDX and other configurations.

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Peace of Mind

When you choose Mini-Circuits, you’re getting more than the right partner for your system. You’re getting a partner committed to your success.

· Accessible, engineering technical support
· Industry-leading supply-chain stability
· 55+ years in-house manufacturing and quality excellence

Product Line Synergy

Optimizing System Performance & Production Stability

Advanced in-house capability for 75Ω GaAs and GaN amplifier design and manufacturing together with an extensive portfolio of passive devices allows Mini-Circuits to optimize our designs for better overall system performance and production stability.

Typical Line Extender Amplifier Block Diagram

#1 TACH-182-75-xx+ (high power choke) #2 TDC-xx-182-xxx+ (test point couplers) #3 D4PLXEH1/EV1-x+ (DOCSIS 4.0 diplexers)
#4
TRS1-182-75-3+ (1.8 GHz transformer) #5 TC1-33-75G2+ (1.8 GHz transformer)

DOCSIS 4.0 Channel Split Options

Mini-Circuits offers solutions for virtually any system configuration including FDX (full-duplex) and ESD (extended-spectrum) DOCSIS 4.0 architectures. Our diplexers support any channel split for 1.2 GHz and 1.8 GHz systems.

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Product Portfolio

Actives

Broadband Amplifiers Actives
Model Name
Case Style
Freq Range (MHz)
Gain (dB)
NF (dB)
TCP (dBmV)
NPR MER (dB)
Voltage (V)
DC Current (mA)
32-Lead 5x5mm LFCSP
5-1794
19.1
3.0
67
48
5/8
250/375
32-Lead 5x5mm LFCSP
5-1794
25.8
3.8
67
51
5/8
300/470
20-Lead 4x4mm LFCSP
5-1794
17
2.1
58
53
5
250
Power Doubler Amplifiers
Model Name
Case Style
NF (dB)
Freq Range (MHz)
Gain (dB)
TCP (dBmV)
NPR (MER) (dB)
Voltage (V)
DC Current (mA)
9-Terminal 9x8mm LGA_CAV
3.3
45-1794
22.7
74
48
18/24
540
9-Terminal 9x8mm LGA_CAV
3
45-1218
25
74
50
24
480
Power Doubler Hybrid Modules
Model Name
Case Style
Freq Range (MHz)
Gain (dB)
NF (dB)
TCP (dBmV)
CSO (dBc)
Voltage (V)
DC Current (mA)
CTB (dBc)
SOT-115J
45-1218
25
3
74
-78
24
470/490
-80
SOT-115J
45-1218
25
3
74
-78
24
250/490
-80
SOT-115J
45-1218
24.5
3
76.8
-87
24/34
400/550
-82
SOT-115J
45-1218
26.7
3
76.8
-80
24/34
300/550
-80
Dual Matched Amplifiers
Model Name
Case Style
Freq Range (MHz)
Gain (dB)
NF (dB)
P1db (dBm)
OIP3 (dBm)
Voltage (V)
DC Current (mA)
4x4mm QFN-Style
40-1250
15.3
3.2
30.6
48.8
9
391
Linear Amplifiers
Model Name
Case Style
Freq Range (MHz)
Gain (dB)
NF (dB)
P1db (dBm)
OIP3 (dBm)
Voltage (V)
DC Current (mA)
SOT-89
50-1500
16.9
3.3
20.1
36.2
5
116
SOT-89
5-250
17.9
3.3
19.5
34.4
5
116
SOT-89
5-1500
15.5
2.8
23.8
41.4
9
115
Low Noise Amplifiers
Model Name
Case Style
Freq Range (MHz)
Gain (dB)
NF (dB)
P1db (dBm)
OIP3 (dBm)
Voltage (V)
DC Current (mA)
SOT-89
5-300
15.6
2.9
23.7/18.7
43.3/39.1
9.0/5.0
110/55
Bare Die
5-300
15.6
2.9
23.7/18.0
43.3/31.6
9.0/5.0
110/50.7

Passives

Voltage Variable Attenuators
Model Name
Case Style
Freq Range (MHz)
Attenuation Range (dB)
IP3 (dBm)
Return Loss (dB)
Max Control Voltage (V)
Max Control Current (mA)
HE1135
50-2000
0-30
49
25
8
40
Directional Couplers - Surface Mount
Model Name
Case Style
Freq Range (MHz)
Coupling (dB) Nom
Mainline Loss (dB)
Directivity (dB)
VSWR (:1)
Power Input Max (W)
TT2315
5-2350
20
0.65
20
1.2
1
DB714
5-2000
8.9
1.8
15
1.5
1
DB1627
5-2000
8.9
1.8
15
1.5
1
DB1627
5-2000
16.5
1.3
22
1.2
1
TT2315
5-1800
7.5
2.7
12
1.29
1
TT2315
5-1800
10
1.3
20
1.2
1
TT2315-3
5-1800
16.3
1.1
12
1.22
2
AT790-1
5-1500
13.2
0.7
19
1.3
1
AT1030
5-1500
13.2
1.4
19
1.3
1
AT1642
5-1500
13.2
1.4
19
1.3
1
AT1667-1
5-1500
13.2
0.7
19
1.3
1
AT790-1
5-1500
16.3
1.3
21
1.3
1
AT1030
5-1500
16.3
1.3
21
1.3
1
AT1642
5-1500
16.3
1.3
21
1.3
1
AT1667-1
5-1500
16.3
1.3
21
1.3
1
CD542
5-1250
7.9
1.6
17
1.2
1
CD542
5-1250
17
0.8
12
1.15
1
CD542
5-1250
19.7
0.5
23
1.15
1
CD636
5-1250
25
0.1
25
1.2
1
AT790-1
5-1250
6.8
2.2
17
1.4
1
AT1030
5-1250
6.8
2.2
17
1.4
1
AT1642
5-1250
6.8
2.2
17
1.4
1
AT1667-1
5-1250
6.8
2.2
17
1.4
1
AT790-1
5-1250
20.5
0.8
19
1.4
1
AT1667-1
5-1250
20.5
0.8
19
1.4
1
TT2315
5-1250
10
1.2
20
1.22
1
DB1627
5-1250
6.7
2.3
12
1.43
0.5
AT1521
5-1250
10
1.5
15
1.17
1
DB1627
5-1250
12.7
1
15
1.17
1
DB1627
5-1250
16.5
1.5
22
1.33
1
DB1627
5-1250
17.5
1
22
1.17
1
DB1627
5-1218
16
0.9
16
1.3
1
AT790-1
5-1200
9.3
1.3
20
1.3
0.7
AT1030
5-1200
9.3
1.3
20
1.3
0.7
AT1642
5-1200
9.3
1.3
20
1.3
0.7
AT1667-1
5-1200
9.3
1.3
20
1.3
0.7
AT790-1
5-1200
12
1.1
19
1.3
0.5
AT1030
5-1200
12
1.1
19
1.3
0.5
AT1642
5-1200
12
1.1
19
1.3
0.5
AT1667-1
5-1200
12
1.1
19
1.3
0.5
DB714
40-1200
20
0.6
23
1.15
1
DB1627
40-1200
20
0.6
23
1.15
1
CD542
20-1000
6.6
2.1
15
1.3
0.5
CD636
40-1000
20.5
0.6
20
1.1
1
AT790-1
5-1000
10.5
0.7
20
1.3
1
AT1030
5-1000
10.5
0.7
20
1.3
1
AT1642
5-1000
10.5
0.7
20
1.3
1
AT1667-1
5-1000
10.5
0.7
20
1.3
1
AT790-1
5-1000
18.2
0.8
21
1.3
1
AT1030
5-1000
18.2
0.8
21
1.3
1
AT1642
5-1000
18.2
0.8
21
1.3
1
AT1667-1
5-1000
18.2
0.8
21
1.3
1
AT224-1
5-1000
9.9
1.1
20
1.25
1
AT1521
5-1000
9.9
1.1
20
1.25
1
DB714
5-1000
13
0.8
15
1.2
1
DB1627
5-1000
13
0.8
15
1.2
1
DB714
10-1000
18
0.7
22
1.2
1
DB1627
10-1000
18
0.7
22
1.2
1
DB714
10-750
10.5
1.4
18
1.3
1
DB1627
10-750
10.5
1.4
18
1.3
1
BH292
2-250
19.2
0.4
30
1.1
1
Directional Couplers - Connectorized
Model Name
Case Style
Freq Range (MHz)
Coupling (dB) Nom
Mainline Loss (dB)
Directivity (dB)
VSWR (:1)
Power Input Max (W)
F14
800-1750
19.8
0.4
22
1.2
1
K18
5-1500
16.5
1.1
24
1.3
1
K18
5-1000
18.5
0.85
23
1.3
1
M22
1-250
10.5
1.1
30
2
4
K18
10-250
19.3
0.3
29
1.2
2
M22
1-150
19.5
0.35
25
2
4
M22
50-100
10.5
1.1
35
1.3
4
M22
55-90
18.6
0.4
35
1.2
4

Test Tools & Accessories

Matching Pads
Model Name
Case Style
Freq Range Low (MHz)
Freq Range High (MHz)
Nom Attenuation (dB)
Attenuation Flatness (dB) Typ.
VSWR (:1) Typ.
Connector Typ.
Connector 50 Ohm
Connector 75 Ohm
FF747
DC
2000
5.7±0.10
0.3
1.22
BNC
Female
Male
FF747
DC
2000
5.7±0.10
0.3
1.22
BNC
Male
Female
FF1833
DC
3000
5.9
0.2
1.17
F-SMA
SMA-Female
F-Female
FF2586
DC
3000
5.7
0.2
1.2
SMA-F
SMA-Female
F-Male
FF779
DC
3000
5.7±0.15
0.3
1.3
TYPE N
Female
Male
FF779
DC
3000
5.7±0.15
0.3
1.05
TYPE N
Female
Male
FF779
DC
3000
1.7
0.2
1.15
TYPE N
Male
Female
FF779
DC
3000
5.7±0.15
0.3
1.05
TYPE N
Male
Female
H16
DC
2500
5.9
-
1.2
SMA-F
SMA-Female
F-Male

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