Powertec RF Attenuator, 4.3-10 Female to 4.3-10 Male

SKU
106-PCM-AT6-DC38.432

The 106-PCM-ATX-DC38.432 series is a family of in-line RF attenuators designed to reduce signal levels between coaxial components while maintaining a 50 Ω match over a DC to 3 GHz band. Each unit features 4.3-10 female to 4.3-10 male connectors, a low return-loss (VSWR ≤ 1.2:1) characteristic and can withstand up to 5 W of continuous RF power. By inserting a fixed loss in decibels, these attenuators help protect downstream circuitry, balance signal paths or simply trim excess gain in transmitters and receivers.

Three attenuation steps are offered—5 dB, 10 dB and 15 dB—so users can choose the amount of level reduction that best suits their link budget or test setup. Housed in a compact 60 × 19 × 19 mm silver body rated for –35 °C to +65 °C operation, they are ideal for use in telecommunications sites, laboratory bench work or any environment where precise, repeatable attenuation is required.

$78

Specifications

Physical Specifications

Subtype
Attenuator
No. Input Ports
1
No. Output Ports
1
Min. Operating Temperature
-35 °C
Max. Operating Temperature
65 °C
Dimensions
60 × 19 × 19 mm
Weight
0.1 kg

RF Specifications

Start Frequency
0 MHz
Stop Frequency
3000 MHz
Attenuation (Fixed)
5 dB
Input Impedance
50 Ω
Max. Input Power
5 W

Test Data

Start Frequency Stop Frequency VSWR Insertion Loss Inter-Port Isolation Return Loss

RF Port Matrix

Port Label Port Function RF Connector
IN
Input
4.3-10 Male
OUT
Output
4.3-10 Female

CAD Drawing

Supplier Information

Powertec

Powertec is a wireless technology manufacturer and systems integrator based in Australia. Operating since 1995, Powertec has grown to become the leading wireless technology distributor in its region, and a leading Infratech systems developer. Supporting over 1500 partners the company provides procurement, design, project management, and support services across Australia, New Zealand, Pacific Islands, South Asia, and Africa.

The company's technology focus is cellular network enhancement, development of wireless networks, and renewable energy systems.

Dimensions

3 × 3 × 8 cm

Weight

0.1 kg