

PAM-XIAMEN can provide a series products of terahertz chip: Power Amplifier (PA) Chip, Low Noise Amplifier (LNA) Chip, PIN/FET Switch, Zero Bias Detector Chip, Amplification Frequency Multiplication Chain (AMC) Chip, MIXER Chip, Schottky Frequency Multiplication MMIC, Schottky Mixing MMIC, and Attenuator Chip. The terahertz chip is a brand-new microchip, a [...]
PAM XIAMEN offers Pyrolytic Boron Nitride. Performance PBN’s properties, its intrinsic purity, superior mechanical strength, and thermal stability make it a superb choice for high temperature furnace and electrical components; microwave and semiconductor components; and industry standardized crucibles for Gallium Arsenide Crystal production. Good [...]
PAM-XIAMEN can offer 4 inch test grade silicon wafer with single side polished. The parameters for 4″-SSP Si wafer at test grade are as follows: 1. Parameters of Si Single Crystal Wafer at Test Grade PAM-210310-Si wafer Sl No Item Specifications 1 Growing Method CZ 2 Wafer Diameter 100±0.5 mm 3 Wafer Thickness 525±25 μm 4 Wafer Surface Orientation <100>±0.5º 5 Type P type 6 Dopant Boron 7 Dislocation Density Less than 5000/cm2 8 Resistivity 2-8 [...]
PAM XIAMEN offers Aluminum on Silicon Wafer. Aluminum Film on Silicom Wafer , 3 microns / 4″ — Al-Si-100-3um ,Si(100) N-type R:<0.005 ohm.cm Aluminum Film on Silicon Wafer , 3 microns / 4″ — Al-Si-100-3um ,Si(100) N-type R:1-10 ohm.cm Aluminum Film on Silicon Wafer, [...]
PAM XIAMEN offers PbWO4 single crystal substrate. PbWO4 single crystal substrate ,random orientation, 5 x 3 x 0.45mm,Single side polished PbWO4 single crystal substrate ,random orientation, 5 x 5 x 0.45mm,Single side polished PbWO4 (001) single crystal substrate 10x10x0.5mm,2sp PbWO4 single crystal substrate , [...]
PAM XIAMEN offers Te-Dy-Fe (Directionally solidified GMM). Giant magnetostrictive material is an alloy made of terbium, dysprosium and iron by directional solidification. It can change electrical energy into mechanical action or vice versa because of its merit as being sensing and actuating material. Demanding [...]