NEW
ELECTROSTATIC CHUCK POWER SUPPLY
Wafer Sensor adopted
- Max Voltage：±0.5 to ±7.5 kV
- Max Current: 1 to 20mA
- Two-channels output type
- Half rack size compact design
TWO CHANNELS, REVERSIBLE, FLOATING, PROGRAMMABLE HIGH VOLTAGE POWER SUPPLY FOR ELECTROSTATIC CHUCK DRIVERS.
In addition to the polarity switching and forced grounding, the series offers the wafer monitoring system to satisfy wafer detection needs. Furthermore, with the wide range of voltages, this series can support both coulombic and Johsen-Rahbek electrostatic chucks.
FEATURES AND BENEFITS
- Half rack size compact design
- Polarity reverse enabling increased throughput with quick dechucking
- Reliability chucking/dechucking status detection by wafer sensor
- Fast response by Amplifire architecture design (high reliablibity and long life by “non-relay polarity reverse” design.)
- “Two-channel independent control (option)” and “Output using center tap (option)” for various chuck/dechuck operation
- Digital interface with LAN, USB, RS-232C, or Ether CAT (option）
- Built in RF filter (13.56 MHz)
- Selectable models for wafer size and your applications
- OEM available (4ch, 6ch, digital communication, another output power)
APPLICATIONS
- Semiconductor Fabrication Equipment
- Photolithography
- Chemical vapor Deposition (CVD)
- Plasma Enhanced CVD (PECVD)
- Electrostatic Chuck (E-Chuck, ESC)
- Semiconductor Fabrication Equipment
- Flat panel handling
- Reactive-ion etching (RIE)
Models
| Model | Output | Output Response speed [typ] (－90%⇔+90%*2) |
|
|---|---|---|---|
| Voltage Max*1 (each channel) |
Current (each channel) |
||
| HECD-0.5B20×2 | +500V, -500V | 20 mA | 10 ms |
| HECD-1B10×2 | +1kV, -1kV | 10 mA | 10 ms |
| HECD-1.5B6×2 | +1.5kV, -1.5kV | 6 mA | 15 ms |
| HECD-2B5×2 | +2kV, -2kV | 5 mA | 20 ms |
| HECD-4B1×2 | +4kV, -4kV | 1 mA | 40 ms |
| HECD-4B2.5×2 | +4kV, -4kV | 2.5 mA | 40 ms |
| HECD-5B2×2 | +5kV, -5kV | 2 mA | 60 ms |
| HECD-7.5B1.2×2 | +7.5kV, -7.5kV | 1.2 mA | 90 ms |
- Include center tap Voltage, Bias Voltage.
- Typical Value at operation with no Load.
Discontinued Products
Sales of the following models ended on March, 2022. We continue to support the products.
| Model | Output | Successor | |
|---|---|---|---|
| Voltage | Current | ||
| HECD-0.5B10×2 | +500V, -500V | 10 mA | HECD-0.5B20×2 |
| HECD-1B3×2 | +1kV, -1kV | 3 mA | HECD-1B10×2 |
| HECD-1.5B2×2 | +1.5kV, -1.5kV | 2 mA | HECD-1.5B6×2 |
| HECD-2B3×2 | +2kV, -2kV | 3 mA | HECD-2B5×2 |
Specification
For details, download the datasheet below.
CHARACTERISEIC OF OUTPUT VOLTAGE SETTING
EXAMPLE OF WAVEFORM
Options
- -LCt
-
Center tap bias
Bias setting range is from 0 to ± rated voltage.
However, the maximum output voltage remains the same as the rated voltage.
- -LEc
-
Ether CAT interface
(LAN, USB, or RS-232C is unavailable.)
- -LSep
-
Two-channels independent control
- -L(AC)
-
AC 100V to 240 V 1 φinput
- -L(7m)
-
Output High Voltage cable 7meters x 3
(2pcs when -LCt or -LSep is selected)
- -LCt and -LSep can not select together.
- -LCt and -LSep has no center tap terminal.
How to Order
To order, add Option No. to Model No. in alphabetic order followed by cable No.
Example: HECD-4B1×2-LSep(AC)(7m)
ACCESSORYS
| Standard | CN-SHV-HVPP(5)* |
 Both-end plug (Shielded cable) |
Standard is “5 meters” *When -L(7m) option is selected, CN-SHV-HVPP(7) is applied. |
|---|
Dimensions
Download
-
HECD series Datasheet
Date: 2023-06-01 rev.07
PDF (2,312 KB)
-
High voltage power supply especially for E-Chuck Selection Guide
Date: 2022-10-25 rev. 08
PDF (4,191 KB)
-
HECD series Instruction Manual
Date: 2023-3-10 rev.0.6
PDF (1,772 KB)
The account registration is necessary for downloading
-
HECD series Datasheet
Date: 2023-06-01 rev.07
PDF (2,312 KB)
-
High voltage power supply especially for E-Chuck Selection Guide
Date: 2022-10-25 rev. 08
PDF (4,191 KB)
-
HECD series Instruction Manual
Date: 2023-3-10 rev.0.6
PDF (1,772 KB)
In this website, we provide only the latest version of information including instruction manuals as of our products. Therefore, the newest versions of manuals on the website might be not same as the ones of products you purchased in the past.
