0100-20003 Digital I/O Board, China 0100-20003 Digital I/O Board Manufacturers, Suppliers, Factory

Overview

Place of Origin:	USA
Brand Name:	AMAT
Model Number:	0100-20003
Packaging Details:	Original new Factory Sealed
Delivery Time:	5-7 days
Payment Terms:	T/T
Supply Ability:	In stock

Quick Detail

Model Number	0100‑20003
Product Name	Digital I/O Board
Manufacturer	Applied Materials (AMAT)
Operating Temperature	0 °C … 60 °C (system dependent)
Power Supply	System backplane 24 V DC (typical)
Power Consumption	Up to 8.5 W per module (max)
Memory	16 MB SDRAM, 32 MB Flash (module dependent)
Dimensions	147 × 51.5 × 114 mm (approx. depending on revision)
Weight	0.35 kg (approx. typical)
Board Revision	Rev.G (typical on P5000 systems)
Mounting	VME or backplane card slot mount
Signal Types	Digital inputs from sensors/switches; digital outputs to actuators/relays
Use Case	Integrated I/O for PM/etch/clean semiconductor process tools
Function	Digital signal acquisition and control output interface
Application	Semiconductor equipment automation control systems

Description

The AMAT 010020003 Digital I/O Board delivers precise digital signal acquisition and control output for semiconductor automation systems. Designed for integration with PM, etch, and clean tools, the 010020003 interfaces with multiple digital inputs from sensors and outputs to actuators or relays. Operating from the system backplane 24 V DC, the 010020003 consumes up to 8.5 W and supports high-speed digital sampling. With 16 MB SDRAM and 32 MB Flash, it processes signals efficiently across VME or backplane slots. The modular 010020003 board provides electrical isolation via optocouplers and safeguards I/O channels with overvoltage and short-circuit protection.

Applications

Automated Wafer Handling Control
The AMAT 010020003 uses 16 MB SDRAM and 32 MB Flash to process high-speed digital signals from wafer transfer sensors. With multiple digital input/output channels, the AMAT 010020003 triggers actuators within milliseconds, allowing precise wafer positioning in PM and etch tools. Its backplane 24 V DC supply ensures consistent power up to 8.5 W per module.

Plasma Etch Process I/O Monitoring
The AMAT 010020003 monitors digital feedback from etch chambers and switches relays to control auxiliary devices. The typical operating temperature of 0–60 °C and optocoupler isolation allow the AMAT 010020003 to reliably process signals even in industrial fab environments, handling up to dozens of simultaneous I/O events per second.

Clean Room Chemical Delivery Control
The AMAT 010020003 reads digital inputs from chemical flow sensors and drives solenoid valves via its digital outputs. The AMAT 010020003 integrates into compact backplanes, enabling precise chemical delivery timing with minimal signal lag.

Specifications

I/O Channels	Multiple digital input and output channels
Signal Response	High-speed digital sampling and output
Electrical Isolation	Optocoupler or equivalent isolation on I/O ports
Protection	Overvoltage and short-circuit protection on I/O channels
Compatibility	Supports CVD, PVD, ETCH, ALD semiconductor tools
Integration	Modular design, plug-in backplane connection
Backplane Interface	Standard AMAT control system interface
Environmental	Industrial grade for fab environments

Competitive Advantage

Rapid Digital Signal Processing
The AMAT 010020003 leverages 16 MB SDRAM and 32 MB Flash to execute high-speed sampling across multiple digital channels. This allows the AMAT 010020003 to respond to input changes in milliseconds, reducing actuator response time and improving process control accuracy.

Backplane Integration Flexibility
The AMAT 010020003 installs in VME or standard backplane slots, operating at 24 V DC with maximum 8.5 W power draw. This design enables the AMAT 010020003 to be deployed without additional power conversion hardware and simplifies module replacement.

Overvoltage and Short-Circuit Protection
Each I/O channel on the AMAT 010020003 is isolated with optocouplers and protected from overvoltage or short circuits. The AMAT 010020003 can handle typical industrial signal spikes, reducing downtime risks for semiconductor process tools.