Wireless Reverberation Chamber Specifications.pdf

Item Specifications and Quantities:

Item 1: Reverberation Chamber

Quantity: 1 EACH

Specifications: 1.1 Frequency Ranges 2.4 – 7.125 GHz

1.2 Shielding Typical >80 dB

1.3 Chamber Power Consumption Typical 25 W

1.4 Control System Power Consumption Typical 40 - 70 W

1.5 Chamber Weight Typical 240 kg (529.1 lb.)

• Width: 800 mm (31.5”)

• Height: 1472 mm (57.95”)

• Depth: 1387 mm (54.6”)

1.6 Max DUT Size

• Width: 0.4 m (15.75”)

• Height: 0.3 m (11.81”)

• Depth: 0.3 m (11.81”)

1.7 Multiple Antenna Support 4 Active Antenna Ports

1.8 Chamber System Control and Software Platform

1.9 DUT DC Power Supply Supports two supply voltages with

common ground. Max 48V DC, 1A

1.10 DUT AC Power Supply Supports 100-240V AC, 50-60Hz, 10A

single phase with IEC C13 connector.

1.11 GbE DUT communication with PoE compatibility

10/100/1000 Mbps Ethernet communication interface with RJ-45 connectors. Transparent to PoE according to 802.3af/at

1.12 Absorber Kit for channel

1.13 Coaxial Cables and Adapters

1.14 Calibration Antenna 2.0 GHz - 12.0 GHz

1.15 N-N high quality coaxial cable for connection of instruments to test system

1.16 4 Antennas to be used at the measurement ports (UWB PCB antennas)

Item 2: 8-Port Mesh System

Quantity: 1 EACH

Specifications: 2.1 Frequency 600 to 7200 MHz

2.2 Path Loss

• 600-3000 MHz Typical 26 dB

• 3000-6000 MHz Typical 30 dB

• 6000-7200 MHz Typical 32 dB

2.3 Isolation

• Direct path @ max attenuation 110 dB

• Indirect path 57 dB

2.4 Input Return Loss 15 dB

2.5 Input Power +25 dBm

2.6 Attenuation Range Per Path 0-95 dB

2.7 Attenuation Steps 0.25 dB

2.8 Dimensions 19” (W) x 3U (H) x 20” (D)

2.9 RF Connectors – Front (8-ports) SMA female

2.10 Other Connectors

• AC mains power input (IEC C14 inlet)

• USB type B socket

• RJ45 (LAN) socket

2.11 Power Supply AC mains power input (100-2460 V, 50/60 Hz)

2.12 Fuse 2A, 250V rating

2.13 Temperature Operating: 0 to +50 ºC

Functional Diagram