Ziggurat X magnetron sputter coater
Ziggurat X magnetron sputter coater- One hundred and eight systems in one
Sputtering Task Modes for deposition layer process in twenty-two groups are:
G0-I (Current Control Mode)
(DC-I-MSC)- DC Magnetron Sputter Coate
(DC-I-MSC+DCB)- DC Magnetron Sputter Coater+DC Bias
G1-V (Voltage Control Mode)
(DC-V-MSC)- DC Magnetron Sputter Coater
(DC-I-MSC+DCB)- DC Magnetron Sputter Coater+DC Bias
G1-V (Voltage Control Mode)
(DC-V-MSC)- DC Magnetron Sputter Coater
( DC-V-MSC+DCB)- DC Magnetron Sputter Coater+DC Bias
G2-I (Current Control Mode U&B Low Power Real Pulse)
(ULP-I-RPMSC)- Unipolar Low Power Real Pulse Magnetron Sputter Coater
(BLP-I-RPMSC)- Bipolar Low Power Real Pulse Magnetron Sputter Coater
G3-V (Voltage Control Mode U&B Low Power Real Pulse)
(ULP-V-RPMSC)- Unipolar Low Power Real Pulse Magnetron Sputter Coater
(BLP-V-RPMSC)- Bipolar Low Power Real Pulse Magnetron Sputter Coater
G4-I (Current Control Mode U&B Low Power Pulse)
(ULP-I-PMSC)- Unipolar Low Power Pulse Magnetron Sputter Coater
(BLP-I-PMSC)- Bipolar Low Power Pulse Magnetron Sputter Coater
G5-V (Voltage Control Mode U&B Low Power Pulse)
(ULP-V-PMSC)- Unipolar Low Power Pulse Magnetron Sputter Coater
(BLP-V-PMSC)- Bipolar Low Power Pulse Magnetron Sputter Coater
G6-I (Unipolar Low Power Madulated Real Pulse Current)
(ULP-MRPCFL)- Unipolar Low Power Madulated Real Pulse Current based on Frequency
(ULP-MRPCFH)- Unipolar Low Power Madulated Real Pulse Current based on Frequency
(ULP-MRPCDL)- Unipolar Low Power Madulated Real Pulse Current based on Duty cycle
(ULP-MRPCDH)- Unipolar Low Power Madulated Real Pulse Current based on Duty cycle
(ULP-MRPCFDL)- Unipolar Low Power Madulated Real Pulse Current based on Frequency and Duty cycle
(ULP-MRPCFDH)- Unipolar Low Power Madulated Real Pulse Current based on Frequency and Duty cycle
G7-V (Unipolar Low Power Madulated Real Pulse Voltage)
(ULP-MRPVFL)- Unipolar Low Power Madulated Real Pulse Voltage based on Frequency
(ULP-MRPVFH)- Unipolar Low Power Madulated Real Pulse Voltage based on Frequency
(ULP-MRPVDL)- Unipolar Low Power Madulated Real Pulse Voltage based on Duty cycle
(ULP-MRPVDH)- Unipolar Low Power Madulated Real Pulse Voltage based on Duty cycle
(ULP-MRPVFDL)- Unipolar Low Power Madulated Real Pulse Voltage based on Frequency and Duty cycle
(ULP-MRPVFDH)- Unipolar Low Power Madulated Real Pulse Voltage based on Frequency and Duty cycle
G8-I (Bipolar Low Power Madulated Real Pulse Current)
(BLP–MRPCFL)- Bipolar Low Power Madulated Real Pulse Current based on Frequency
(BLP–MRPCFH)- Bipolar Low Power Madulated Real Pulse Current based on Frequency
(BLP–MRPCDL)- Bipolar Low Power Madulated Real Pulse Current based on Duty cycle
(BLP–MRPCDH)- Bipolar Low Power Madulated Real Pulse Current based on Duty cycle
(BLP–MRPCFDL)- BIipolar Low Power Madulated Real Pulse Current based on Frequency and Duty cycle
(BLP–MRPCFDH)- BIipolar Low Power Madulated Real Pulse Current based on Frequency and Duty cycle
G9-V (Bipolar Low Power Madulated Real Pulse Voltage)
(BLP–MRPVFL)- Bipolar Low Power Madulated Real Pulse Voltage based on Frequency
(BLP–MRPVFH)- Bipolar Low Power Madulated Real Pulse Voltage based on Frequency
(BLP–MRPVDL)- Bipolar Low Power Madulated Real Pulse Voltage based on Duty cycle
(BLP–MRPVDH)- Bipolar Low Power Madulated Real Pulse Voltage based on Duty cycle
(BLP–MRPVFDL)- BIipolar Low Power Madulated Real Pulse Voltage based on Frequency and Duty cycle
(BLP–MRPVFDH)- BIipolar Low Power Madulated Real Pulse Voltage based on Frequency and Duty cycle
G10-I (Unipolar Low Power Madulated Pulse Current)
(ULP-MPCFL)- Unipolar Low Power Madulated Pulse Current based on Frequency
(ULP-MPCFH)- Unipolar Low Power Madulated Pulse Current based on Frequency
(ULP-MPCDL)- Unipolar Low Power Madulated Pulse Current based on Duty cycle
(ULP-MPCDH)- Unipolar Low Power Madulated Pulse Current based on Duty cycle
(ULP-MPCFDL)- Unipolar Low Power Madulated Pulse Current based on Frequency and Duty cycle
(ULP-MPCFDH)- Unipolar Low Power Madulated Pulse Current based on Frequency and Duty cycle
G11-V (Unipolar Low Power Madulated Pulse Voltage)
(ULP-MPVFL)- Unipolar Low Power Madulated Pulse Voltage based on Frequency
(ULP-MPVFH)- Unipolar Low Power Madulated Pulse Voltage based on Frequency
(ULP-MPVDL)- Unipolar Low Power Madulated Pulse Voltage based on Duty cycle
(ULP-MPVDH)- Unipolar Low Power Madulated Pulse Voltage based on Duty cycle
(ULP-MPVFDL)- Unipolar Low Power Madulated Pulse Voltage based on Frequency and Duty cycle
(ULP-MPVFDH)- Unipolar Low Power Madulated Pulse Voltage based on Frequency and Duty cycle
G12-I (Low Power Madulated Pulse Current)
(LP-MPPFL+DCB)- Low Power Madulated Pulse Current based on Frequency + DC Bias
(LP-MPPFH+DCB)- Low Power Madulated Pulse Current based on Frequency + DC Bias
(LP-MPPDL+DCB)- Low Power Madulated Pulse Current based on Duty cycle +DC Bias
(LP-MPPDH+DCB)- Low Power Madulated Pulse Current based on Duty cycle +DC Bias
(LP-MPPFDL+DCB)- Low Power Madulated Pulse Current based on Frequency and Duty+DC Bias
(LP-MPPFDH+DCB)- Low Power Madulated Pulse Current based on Frequency and Duty+DC Bias
G13-V (Low Power Madulated Pulse Voltage)
(LP-MPVFL+DCB)- Low Power Madulated Pulse Voltage based on Frequency + DC Bias
(LP-MPVFH+DCB)- Low Power Madulated Pulse Voltage based on Frequency + DC Bias
(LP-MPVDL+DCB)- Low Power Madulated Pulse Voltage based on Duty cycle +DC Bias
(LP-MPVDH+DCB)- Low Power Madulated Pulse Voltage based on Duty cycle +DC Bias
(LP-MPVFDL+DCB)- Low Power Madulated Pulse Voltage based on Frequency and Duty+DC Bias
(LP-MPVFDH+DCB)- Low Power Madulated Pulse Voltage based on Frequency and Duty+DC Bias
G14-I (Unipolar Low Power Madulated Current Real Pulse Pack)
(ULP–MCRPPFL)- Unipolar Low Power Madulated Current Real Pulse Pack based on Frequency
(ULP–MCRPPFH)- Unipolar Low Power Madulated Current Real Pulse Pack based on Frequency
(ULP–MCRPPDL)- Unipolar Low Power Madulated Current Real Pulse Pack based on Duty cycle
(ULP–MCRPPDH)- Unipolar Low Power Madulated Current Real Pulse Pack based on Duty cycle
ULP–MCRPPFDL)- Unipolar Low Power Madulated Current Real Pulse Pack based on Frequency and Duty
ULP–MCRPPFDH)- Unipolar Low Power Madulated Current Real Pulse Pack based on Frequency and Duty
G15-V (Unipolar Low Power Madulated Voltage Real Pulse Pack)
(ULP–MVRPPFL)- Unipolar Low Power Madulated Voltage Real Pulse Pack based on Frequency
(ULP–MVRPPFH)- Unipolar Low Power Madulated Voltage Real Pulse Pack based on Frequency
(ULP–MVRPPDL)- Unipolar Low Power Madulated Voltage Real Pulse Pack based on Duty cycle
(ULP–MVRPPDH)- Unipolar Low Power Madulated Voltage Real Pulse Pack based on Duty cycle
ULP–MVRPPFDL)- Unipolar Low Power Madulated Voltage Real Pulse Pack based on Frequency and Duty
ULP–MVRPPFDH)- Unipolar Low Power Madulated Voltage Real Pulse Pack based on Frequency and Duty
G16-I (Bipolar Low Power Madulated Current Real Pulse Pack)
(BLP–MCRPPFL)- Bipolar Low Power Madulated Current Real Pulse Pack based on Frequency
(BLP–MCRPPFH)- Bipolar Low Power Madulated Current Real Pulse Pack based on Frequency
(BLP–MCRPPDL)- Bipolar Low Power Madulated Current Real Pulse Pack based on Duty cycle
(BLP–MCRPPDH)- Bipolar Low Power Madulated Current Real Pulse Pack based on Duty cycle
BLP–MCRPPFDL)- BIipolar Low Power Madulated Current Real Pulse Pack based on Frequency and Duty
BLP–MCRPPFDH)- BIipolar Low Power Madulated Current Real Pulse Pack based on Frequency and Duty
G17-V (Bipolar Low Power Madulated Voltage Real Pulse Pack)
(BLP–MVRPPFL)- Bipolar Low Power Madulated Voltage Real Pulse Pack based on Frequency
(BLP–MVRPPFH)- Bipolar Low Power Madulated Voltage Real Pulse Pack based on Frequency
(BLP–MVRPPDL)- Bipolar Low Power Madulated Voltage Real Pulse Pack based on Duty cycle
(BLP–MVRPPDH)- Bipolar Low Power Madulated Voltage Real Pulse Pack based on Duty cycle
BLP–MVRPPFDL)- BIipolar Low Power Madulated Voltage Real Pulse Pack based on Frequency and Duty
BLP–MVRPPFDH)- BIipolar Low Power Madulated Voltage Real Pulse Pack based on Frequency and Duty
G18-I (Current Control Mode Madulated Current Pulse Pack)
(LP-MCPPFL)- Low Power Madulated Current Pulse Pack based on Frequency
(LP-MCPPFH)- Low Power Madulated Current Pulse Pack based on Frequency
(LP-MCPPDL)- Low Power Madulated Current Pulse Pack based on Duty cycle
(LP-MCPPDH)- Low Power Madulated Current Pulse Pack based on Duty cycle
(LP-MCPPFDL)- Low Power Madulated Current Pulse Pack based on Frequency and Duty
(LP-MCPPFDH)- Low Power Madulated Current Pulse Pack based on Frequency and Duty
G19-V (Voltage Control Mode Madulated Voltage Pulse Pack)
(LP-MVPPFL)- Low Power Madulated Voltage Pulse Pack based on Frequency
(LP-MVPPFH)- Low Power Madulated Voltage Pulse Pack based on Frequency
(LP-MVPPDL)- Low Power Madulated Voltage Pulse Pack based on Duty cycle
(LP-MVPPDH)- Low Power Madulated Voltage Pulse Pack based on Duty cycle
(LP-MVPPFDL)- Low Power Madulated Voltage Pulse Pack based on Frequency and Duty
(LP-MVPPFDH)- Low Power Madulated Voltage Pulse Pack based on Frequency and Duty
G20-I (Low Power Madulated Current Pulse Pack)
(LP-MCPPFL+DCB)- Low Power Madulated Current Pulse Pack based on Frequency + DC Bias
(LP-MCPPFH+DCB)- Low Power Madulated Current Pulse Pack based on Frequency + DC Bias
(LP-MCPPDL+DCB)- Low Power Madulated Current Pulse Pack based on Duty cycle +DC Bias
(LP-MCPPDH+DCB)- Low Power Madulated Current Pulse Pack based on Duty cycle +DC Bias
(LP-MCPPFDL+DCB)- Low Power Madulated Current Pulse Pack based on Frequency and Duty+DC Bias
(LP-MCPPFDH+DCB)- Low Power Madulated Current Pulse Pack based on Frequency and Duty+DC Bias
G21-V ( Low Power Madulated Voltage Pulse Pack)
(LP-MVPPFL+DCB)- Low Power Madulated Voltage Pulse Pack based on Frequency + DC Bias
(LP-MVPPFH+DCB)- Low Power Madulated Voltage Pulse Pack based on Frequency + DC Bias
(LP-MVPPDL+DCB)- Low Power Madulated Voltage Pulse Pack based on Duty cycle +DC Bias
(LP-MVPPDH+DCB)- Low Power Madulated Voltage Pulse Pack based on Duty cycle +DC Bias
(LP-MVPPFDL+DCB)- Low Power Madulated Voltage Pulse Pack based on Frequency and Duty+DC Bias
(LP-MVPPFDH+DCB)- Low Power Madulated Voltage Pulse Pack based on Frequency and Duty+DC Bias
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