KITs list


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All LNAs goes with N-female connectors by default. If you need specific connectors, please, specify it in comments. We recommend to order “case” solutions (we can guarantee specs parameters this way).

Important notes
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You can download the actual price-list in PDF by using this link.

Important! Before ordering PCBs without aluminum housings make sure you understand that NF of this boards will not be tested. NF measurements are performed after PCBs installation into the aluminum housings so we have no opportunity to check this data in case of assembled and tested PCBs without aluminum enclosure.

While buying quantities more than 1 piece, make sure to check the availability via email before the payment! Thank you.

If you have any questions, feel free to contact us via e-mail that listed above.

Table 1. Price-list
Name # Price Description
LNA 6m #1 $ 150
Place an order
Aluminium case, PGA-103+, built-in bypass relays, N-female. NF < 0.8 dB, Gain = 18 dB, OIP3 = 36 dBm, Pmax input RX = 21 dBm, Pmax TX bypass = 1500 Watt
LNA 2m #1 $ 30
Assembled and tested PCB, SPF5122z. NF < 0.4 dB, Gain = 20 dB, OIP3 = 35 dBm, Pmax input RX = 27 dBm
#2 $ 60
Place an order
Aluminium case, SPF5122z, N-female or SMA-female. NF < 0.4 dB, Gain = 20 dB, OIP3 = 35 dBm, Pmax input RX = 27 dBm
#3 $ 60
Assembled and tested PCB, ATF-531P8. NF < 0.3 dB, Gain = 24 dB, OIP3 = 37 dBm, BW = 15 MHz, Pmax input RX = 24 dBm, VDC = 9 – 12 V, IDC = 140 mA »»» details
#4 $ 90
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Aluminium case, ATF-531P8, N-female or SMA-female. NF < 0.3 dB, Gain = 24 dB, OIP3 = 37 dBm, BW = 15 MHz, Pmax input RX = 24 dBm, VDC = 9 – 12 V, IDC = 140 mA »»» details
#5 $ 60
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Assembled and tested PCB, PGA-103+, built-in bypass relays. NF < 0.6 dB, Gain = 22 dB, OIP3 = 38 dBm, Pmax input RX = 21 dBm, Pmax TX bypass = 100 Watt
#6 $ 90
Aluminium case, PGA-103+, built-in bypass relays, RF VOX, N-female or SMA-female. NF < 0.6 dB, Gain = 22 dB, OIP3 = 38 dBm, Pmax input RX = 21 dBm, Pmax TX bypass = 100 Watt, RF VOX = 50 Watt (max) »»» details
#7 $ 160
ATF-531P8 based LNA in aluminum case, NF < 0.4 dB, Gain = 26 dB, OIP3 = 36 dBm, Built-in bypass relays up to 1200 Watts, N-female connectors »»» details
LNA 73cm #1 $ 40
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Assembled and tested PCB, SAV-541+. NF < 0.3 dB, Gain = 18 dB, OIP3 = 33 dBm, BW(-3 dB) < 40 MHz »»» details
#2 $ 70
Place an order
Aluminium case, SAV-541+, N-female or SMA-female. NF < 0.3 dB, Gain = 18 dB, OIP3 = 33 dBm, BW(-3 dB) < 40 MHz »»» details
LNA 70cm #1 $ 30
Assembled and tested PCB, SPF5122z. NF < 0.5 dB, Gain = 20 dB, OIP3 = 36 dBm
#2 $ 60
Place an order
Aluminium case, SPF5122z, N-female or SMA-female. NF < 0.5 dB, Gain = 20 dB, OIP3 = 36 dBm
#3 $ 40
Place an order
Assembled and tested PCB, SAV-541+. NF < 0.3 dB, Gain = 18 dB, OIP3 = 33 dBm, BW(-3 dB) < 40 MHz »»» details
#4 $ 70
Aluminium case, SAV-541+, N-female or SMA-female. NF < 0.3 dB, Gain = 18 dB, OIP3 = 33 dBm, BW(-3 dB) < 40 MHz »»» details
#5 $ 60
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Assembled and tested PCB, ATF-531P8. NF < 0.4 dB, Gain > 20 dB, OIP3 = 37 dBm, BW(-3 dB) < 60 MHz, P input = 24 dBm (max), VDC = 9 — 12 V, IDQ < 140 mA »»» details
#6 $ 90
Aluminium case, ATF-531P8, N-female (by default) or SMA-female (by request). NF < 0.4 dB, Gain > 20 dB, OIP3 = 37 dBm, BW(-3 dB) < 60 MHz, P input = 24 dBm (max), VDC = 9 — 12 V, IDQ < 140 mA »»» details
#7 $ 60
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Assembled and tested PCB, PGA-103+, built-in bypass relays. NF < 0.8 dB, Gain = 20 dB, OIP3 = 39 dBm, Pmax input RX = 21 dBm, Pmax TX bypass = 75 Watt
#8 $ 90
Aluminium case, PGA-103+, built-in bypass relays, RF VOX, N-female or SMA-female. NF < 0.8 dB, Gain = 20 dB, OIP3 = 39 dBm, Pmax input RX = 21 dBm, Pmax TX bypass = 75 Watt, RF VOX = 50 Watt (max) »»» details
LNA 23cm #1 $ 60
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Assembled and tested PCB, NF < 0.3 dB, Gain > 20 dB, OIP3 = 37 dBm, BW(-3 dB) < 100 MHz, P input = 21 dBm (max), VDC = 8 — 12 V, IDQ < 90 mA »»» details
#2 $ 90
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Aluminium case, SKY67151, one cascade, N-female or SMA-female. NF < 0.3 dB, Gain > 20 dB, BW(-3 dB) < 100 MHz, OIP3 = 37 dBm, P input = 21 dBm (max), VDC = 8 — 12 V, IDQ < 90 mA »»» details
#3 $ 70
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Assembled and tested PCB, SKY67151 + PGA-103+, NF < 0.3 dB, Gain > 34 dB, OIP3 = 37 dBm, BW(-3 dB) < 100 MHz, P input = 21 dBm (max), VDC = 8 — 12 V, IDQ < 150 mA »»» details
#4 $ 100
Aluminium case, MMIC SKY67151 + PGA-103+, N-female or SMA-female. NF < 0.3 dB, Gain > 34 dB, OIP3 = 37 dBm, BW(-3 dB) < 100 MHz, P input = 21 dBm (max), VDC = 8 — 12 V, IDQ < 150 mA »»» details
LNA 21cm #1 $ 70
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Assembled and tested PCB, MMIC SKY67151 + PGA-103+. NF < 0.35 dB, Gain = 34 dB, OIP3 = 37 dBm, BW = 100 MHz, Pmax input RX = 21 dBm
#2 $ 100
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Aluminium case, MMIC SKY67151 + PGA-103+, N-female or SMA-female. NF < 0.35 dB, Gain = 34 dB, OIP3 = 37 dBm, BW = 100 MHz, Pmax input RX = 21 dBm
Transverter 6cm #1 $ 320
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Aluminium case, SMA-Type connectors. Frequency coverage: 5650 — 5850 MHz, LO = 5325 MHz, NF < 1.5 dB, Pout = 13 dBm at Pin (435 MHz) = 2 Watt, PLL SSB PN @ 10 kHz Offset: -109 dBc/Hz »»» details
Transverter 23cm #1 $ 320
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Aluminium case, SMA-Type connectors. RF range: 1296 – 1298 MHz (at about 1260 – 1320 MHz, BW = 80MHz), IF range: 144 – 146 MHz (at about 108 – 168 MHz, LO = 1152 MHz), NF < 0.6 dB, Pout = 24 dBm at Pin (144 MHz) = 3 Watt, PLL SSB PN @ 10 kHz Offset: -118 dBc/Hz
PA #1 $ 270
PA-23cm-150W, Aluminium case, w/o radiator, MRFE6S9160HS, 1260 — 1300 MHz, P input TX < 6 Watt, Pout = 150 Watt (JT65, FM), Pout = 180 Watt (CW, SSB), 50 ohms, N-female »»» details
#2 $ 350
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PA-23cm-150W, Aluminium case, with radiator, MRFE6S9160HS, 1260 — 1300 MHz, P input TX < 6 Watt, Pout = 150 Watt (JT65, FM), Pout = 180 Watt (CW, SSB), 50 ohms, N-female »»» details
#3 $ 440
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PA-23cm-300W, Aluminium case, w/o radiator, 2 x MRFE6S9160HS, 1260 — 1300 MHz, P input TX < 12 Watt, Pout = 300 Watt (JT65, FM), Pout = 320 Watt (CW, SSB), VDC = 28 V, IDQ = 24 A, 50 ohms, N-female
#4 $ 520
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PA-23cm-300W, Aluminium case, with radiator, 2 x MRFE6S9160HS, 1260 — 1300 MHz, P input TX < 12 Watt, Pout = 300 Watt (JT65, FM), Pout = 320 Watt (CW, SSB), VDC = 28 V, IDQ = 24 A, 50 ohms, N-female
PLL #1 $ 60
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LO-PLL-USB-ADF4350, user programmable PCB with USB connection cable and software. RF Range: 140 MHz — 4400 MHz Output power > 10dBm, TCXO stability: typ. +/- 0.5ppm, 10 MHz, PCB dimensions (mm): 45 x 28 x 6, Supply operation: +5 V DC at IDQ < 150 mA »»» details
#2 $ 70
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LO-PLL-USB-MAX2871, user programmable PCB with USB connection cable and software. RF Range: 140 MHz — 4400 MHz Output power > 10dBm, TCXO stability: typ. +/- 0.5ppm, 10 MHz, PCB dimensions (mm): 45 x 28 x 6, Supply operation: +5 V DC at IDQ < 150 mA »»» details
SWR meter #1 $ 14
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V1 — (-35 dB @ 144 MHz, -26 dB @ 430 MHz)
#2 $ 14
Place an order
V2 — (-44 dB @ 144 MHz, -35dB @ 430 MHz)
Other #1 $ 24
Assembled and tested PCB Sequencer, FR4 1.5mm, 5 ports, P1-P4 – 50V/3A (max), P5 – 30V/7A (max)  »»» details
#2 $ 8
Assembled and tested PCB for module RA60H1317M, RA60H4047M, RA18H1213G