Used AMAT / APPLIED MATERIALS iSprint #9311354 for sale

AMAT / APPLIED MATERIALS iSprint is a patented reactor module designed for advanced volume manufacturing of semiconductor devices. It is part of the Integrated Semiconductor Production Equipment (iSPR). AMAT iSprint module utilizes a combination of vacuum technology, high-speed digital electronics, and advanced vacuum processes to create high yields and small feature sizes. APPLIED MATERIALS iSprint reactor is an integrated vacuum system. Its key features are a multi-stage high-density power converter, high-speed digital electronics, and a high-precision thermal polachi converter. This unit is integrated into the chamber and combines with RF generation and pulse excitation processes to provide higher power, faster control, and improved processing control capability. The Multi-Stage High-Density Power Converter (PPC) is composed of two separate systems: a power handler and a modulator. The PPC provides direct current or alternating current input to a thermal polachi converter to achieve higher power, faster control, and improved processing control capability. The power handler utilizes a voltage multiplier to convert the input voltage into higher level. This power is then fed to a modulator to ensure optimum power level for the polachi converter. The high-speed digital electronics of iSprint reactor includes a pulsed voltage and current machine, and a dedicated pulse controller that is capable of controlling up to 99 concurrent pulses with different profiles. It allows for precise control of the process, ensuring superior power and process control. In addition to its high-speed pulse control, AMAT / APPLIED MATERIALS iSprint also includes a frequency modulation tool that precisely adjusts the waveform's amplitude and phase. The High-Precision Thermal Polachi Converter (TPCC) ensures superior heat transfer efficiency, enabling more precise control of the process. The TPCC is the core of AMAT iSprint reactor and utilizes laser diodes and enhanced wavelength for heating and cooling. Laser diodes are used for efficient heating and cooling at different temperatures and are more reliable than traditional methods of heating and cooling. APPLIED MATERIALS iSprint reactor is designed for advanced volume manufacturing and is ideal for a variety of applications, including memory devices, logic devices, power electronics, and optoelectronics. With its integrated systems, iSprint reactor provides high yields and excellent feature resolution. The combination of PPC, high-speed digital electronics, and TPCC make AMAT / APPLIED MATERIALS iSprint reactor a powerful and efficient production asset, ensuring superior product yields.