Name: 00N7703 IBM 200W ATX Power Supply for NetVista Desktops
Brand: IBM
SKU: 00N7703
Price: 86.50 USD
Availability: InStock
Rating: 4.8 (129 reviews)

Product Overview
The IBM 00N7703 power supply provides 200 watts of power in an ATX form factor tailored for IBM NetVista desktop computers. It is designed to supply stable electrical power necessary for the internal operation of these systems, maintaining compatibility and physical fit within the designated chassis.

General Information
Brand	IBM
Condition	Refurbished

Technical Information
Input Voltage	AC 100-240V
Input Frequency	50/60 Hz
Output	+3.3V,+5V,+12V,-12V,+5VSB
Max. Output Power	200W
Hot Swappable	No
Redundant Support	No
Cooling Type	Single-Fan (Blower)
Modularity	Non-Modular
rail_design	Single 12V Rail
Number of Fans	1

Compatibility
Form Factor	ATX
Compatible For	IBM NetVista

Connectors
Connector Types	20+4-pin ATX, 4-pin CPU, Molex, Floppy

Physical Characteristics
Weight	3.00

Certifications and Environmental
Assembly Required	No

Product Description
The IBM 200W ATX Power Supply, part number 00N7703, is engineered specifically for IBM NetVista desktop computers. It converts AC power into the DC power necessary for system operation, fitting within the ATX form factor standard used by NetVista models. This power supply is typically utilized in office or business environments where NetVista desktops are deployed, supporting the power needs of internal components such as the motherboard, drives, and peripherals. Key Features 200-watt power output providing adequate voltage for NetVista systems Standard ATX design ensuring proper fit and compatibility IBM-manufactured unit tailored to NetVista specifications Suitable for use as a replacement or spare unit in maintenance operations Delivers consistent power to support system stability This power supply plays a vital role in maintaining the operational reliability of IBM NetVista desktops by ensuring consistent power delivery. Its design aligns closely with the hardware requirements of these systems, making it an appropriate choice for system upkeep or repairs.

Use Cases
The IBM 200W ATX Power Supply 00N7703 is generally used in office and administrative environments where IBM NetVista desktops operate. It serves organizations seeking OEM-quality replacement parts for maintaining existing hardware. How It's Used: Replacement power supply for IBM NetVista desktop units requiring a 200W ATX input Support in IT maintenance for ensuring continuous desktop operational availability Upgrading or repairing NetVista systems with original IBM-compatible components Use in environments prioritizing hardware compatibility and system stability Integration into IT asset management programs for hardware lifecycle extension This power supply functions as a critical hardware component, sustaining the electrical needs of IBM NetVista desktops. It supports ongoing system functionality by delivering the required power levels, assisting IT staff in maintaining system uptime and performance within managed environments.

FAQ's
What systems is the IBM 00N7703 power supply compatible with? The IBM 00N7703 power supply is specifically designed for IBM NetVista desktop computers, fitting the ATX form factor these systems use. What is the power output rating of the 00N7703 unit? The 00N7703 provides a maximum power output of 200 watts, suitable for the power requirements of IBM NetVista desktops. Does the 00N7703 power supply support standard ATX mounting? Yes, the 00N7703 uses the standard ATX form factor, ensuring proper fit within compatible IBM NetVista cases. Is the 00N7703 an OEM part from IBM? Yes, the 00N7703 is manufactured by IBM to meet the specifications required for NetVista systems. Can the IBM 00N7703 be used as a replacement unit? Yes, it is intended for use as a replacement or spare power supply in IBM NetVista desktop hardware maintenance. Are there any special installation requirements for the 00N7703? The 00N7703 installs like a standard ATX power supply; no special configuration is necessary beyond typical ATX installation procedures.