用于评估和优化智能手表和其他无线腕戴设备的 OTA 性能的通用前臂模型
套装价:
¥{{Number(dataMealDetail_id.price).toFixed(2)}}Application
Assessment of radiation pattern or total radiated power of wrist-worn antennas in combination with any hand phantom
Compliance
Material properties compliant with CTIA certification standard "Test Plan for Wireless Device Over-the-Air Performance" for all defined test frequencies in the 0.3 – 6 GHz range
Weight
0.63 Kg (without hand)
Dimensions
Minimum circumference: 168 mm
Maximum circumference: 231 mmHeight: 183 mm
Construction
Forearm phantom:
manufactured from a silicone-carbon-based mixture (color:Black) with material properties according to CTIA definitions for hand phantoms; supported by a conductive inner skeleton providing a conductive connection to the hand phantom; a special low-loss silicone coating is applied to mmW-RFP/LFP-V2 that extends the frequency range beyond 100 GHz
V3 positioning spacers:
thin grid of 3 mm thickness made of low-loss plastic (dielectric constant<5.0, loss-tangent <0.05)
Frequency Range
SHO-RFP/LFP-V2: 0.3 – 3 GHz
mmW-RFP/LFP-V2: 3 to >100 GHz
Accessories
SHO-FX-V5 data mode fixture
SHO Fixture X Version 5 (replaces SHO-FX-HOTV4)
Low-loss high precision fixture for positioning of SPEAG's phantoms (Note: the color of V5 is pink while V4 was red)
Application:Precise and stable positioning of SPEAG's phantoms on most commercial OTA-chamber turntables (e.g., ETS-Lindgren). This fixture has the same features as the discontinued SHO-FX-HOTV4 except for positioning the axis of the forearm and ankle in line with the rotation axis.
Compliance:Fully compliant with CTIA certification standard "Test Plan for Wireless Device Over-the-Air Performance" for frequency range 0.3 – 6 GHz
Frequency Range:0.3 - 10 GHz
SHO-RFP/LFP-SV3 Forearm Phantom Spacers V3 (only available for SHO-RFP/LFP-V2)
SHO Right/Left Forearm Phantom Spacers V3
Low-loss spacers for accurate and repeatable positioning of devices on SHO-RFP/LFP-V2 forearm phantom
Application:Positioning of wrist-worn devices on the forearm phantom at a precise 3 mm spacing to the skin; top and bottom spacers can be used individually or together to create a 3 mm device-skin spacing on the top or bottom surfaces of the forearm
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