OTA笔记本电脑手模型

OTA笔记本电脑手模型

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2024-08-07 07:46:39
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上海爱鼎自动化控制有限公司

上海爱鼎自动化控制有限公司

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OTA笔记本电脑手模型

详细介绍

The SHO-V2/3RLAP and SHO-V2/3LLAP (SHO Right and Left LAPtop hands) are a pair of homogeneous anthropomorphically shaped hand phan-tom designed to test the effect of the users hands on the over-the-air wireless performance of laptops, notebooks, and wireless keyboards. The hand size and material correspond to those dened by CTIA and 3GPP and represent average hand size.

The hand posture represents the average resting position of the hand on the English keyboard, i.e., the thumbs on/close to the space-bar, the right index finger on/close to the J-key and the left index finger on/close to the F-key. To allow accurate and repeatable positioning of the hands on the device, supporting low-loss spacers have been integrated into the hands.The hands are mounted on the DUT with Velcro tape (glued to the spacers).
A laptop fixture that allows to adapt various sizes of laptops, notebooks,and keyboards to be adapted to a turn table with its rotation axis aligned to the center of the DUT is currently under development. SPEAGs laptop fixture is recommended but not required for the test.


Application

Assessment of radiation pattern or total radiated power of antennas in laptop devices

Assessment of radiation pattern of wrist and body-worn antennas in combination with the forearm phantom or the whole-body phantom POPEYE V5.5

Compliance

Hand size and material properties compliant with CTIA certification standard "Test Plan for Wireless Device Over-the-Air Performance" Revision 3.6 (June 2016)

Weight

< 0.5 Kg (without spacer)

Construction

Hand phantoms:

designed based on the dimensions of the hand phantoms developed by CTIA with modified and optimised grip for testing laptop devices; 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 2mm thickness made of low-loss plastic (dielectric constant < 5.0, loss-tangent < 0.05)

Frequency Range

0.3 - 3 GHz (SHO-V3RLAP/LLAP), 3 - 6 GHz (SHO3TO6-V3RLAP/LLAP)

上一篇:培养箱设计保证实验安全运行,减少意外 下一篇:对于生化培养箱一些注意事项需要多了解
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