SHO-V3RW-C/LW-C
 |
SHO Version 3 Right/Left hand for Ultra Wide phones CTIA Anthropomorphic hand phantoms for evaluating and optimizing the OTA performance of ultra wide mobile phone devices
|
| Application |
Assessment of radiation pattern or total radiated power of ultra wide mobile phone devices with widths 72 – 92mm in talk mode and in data mode (hand-only testing) Assessment of radiation pattern of the wrist and body-worn antennas in combination with the forearm phantom or the whole-body phantom POPEYE10 |
| Compliance |
Fully compliant with CTIA certification standard "Test Plan for Wireless Device Over-the-Air Performance" for all defined test frequencies in the 0.3 – 3 GHz range |
| Weight |
0.45 Kg (without spacer) |
| Construction |
Hand phantoms: size and grip according to CTIA definitions for ultra wide mobile phones; manufactured from a silicone-carbon-based mixture (color: Black) with material properties according to CTIA definitions for hand phantoms
V3 positioning spacers: hollow with a thin shell of less than 2 mm thickness made of low-loss plastic (dielectric constant < 5.0, loss-tangent < 0.05) |
| Frequency Range |
0.3 – 3 GHz |
| Compatible Setups |
Compatible with SAM-V4.5BS head phantom using talk-mode fixture SHO-FTMV2, enabling a complete head and hand mode testing setup acc. CTIA OTA Test Plan. Compatible with the hand-only (data mode) testing fixture SHO-FX-V5 together with the corresponding data wrists SHO-RWC/LWC-DWV4. Under a combined purchase of SHO-FX-V5 and SHO-RWC/LWC-DWV4, the sleds and the 45deg alignment triangle will also be provided, enabling a complete hands-only (data mode) testing setup acc. CTIA OTA Test Plan. Compatible with the wrist interface on POPEYE10 whole-body phantom Compatible with the wrist interface on the forearm phantom SHO-RFP/LFP-V2 |
| Compatible Accessories |
SHO-RW-C/LW-C SV3 positioning spacers SHO-FTMV2 talk mode fixture SHO-FX-V5 data mode fixture SHO-RWC/LWC-DWV4 data mode wrists SHO-PG-V1 press guard |
