Each of several items in a list, preceded by a bullet symbol for emphasis. For easy access to this data, refer to the "BulletPoints" tag in XML or JSON.
:
- - 650 W 100 - 240 V 50 - 60 Hz
- - Motherboard power connector: 20+4 pin ATX
- - PC ATX 80 PLUS Bronze
- - Active 13.5 cm
- - Black
Long product name Toshiba ZS650W power supply unit 650 W 20+4 pin ATX ATX Black
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ZS650W, 560W, Standard ATX, Non-Modular
The long product name of Toshiba ZS650W power supply unit 650 W 20+4 pin ATX ATX Black. For easy access to this data, refer to the "ProductDescription" block and the "ShortDesc" tag in XML or the "Description" block and the "LongProductName" tag in JSON.
ZS650W, 560W, Standard ATX, Non-Modular
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Short summary description Toshiba ZS650W power supply unit 650 W 20+4 pin ATX ATX Black:
This short summary of the Toshiba ZS650W power supply unit 650 W 20+4 pin ATX ATX Black data-sheet is auto-generated and uses the product title and the first six key specs.
Toshiba ZS650W, 650 W, 100 - 240 V, 50 - 60 Hz, 10 A, +12V,+3.3V,+5V,+5Vsb,-12V, Active
Long summary description Toshiba ZS650W power supply unit 650 W 20+4 pin ATX ATX Black:
This is an auto-generated long summary of Toshiba ZS650W power supply unit 650 W 20+4 pin ATX ATX Black based on the first three specs of the first five spec groups.
Toshiba ZS650W. Total power: 650 W, AC input voltage: 100 - 240 V, AC input frequency: 50 - 60 Hz. Motherboard power connector: 20+4 pin ATX, Cabling type: Non-Modular. Purpose: PC, Power supply unit (PSU) form factor: ATX, 80 PLUS certification: 80 PLUS Bronze. Product colour: Black, Cooling type: Active, Fan diameter: 13.5 cm. Width: 150 mm, Depth: 160 mm, Height: 86 mm
Quality (30% of the total score) Always keeping in mind the selling price and class of the ZS 650W power supply, we can easily claim that its most impressive feature is the very high quality. The unit itself is very well made and the soldering job is e... 
Handled full power at 46.4°C although it is rated up to 40°C, Good ripple/noise suppression at 5V, 3.3V and 5VSB and decent at 12V, Within 3% voltage regulation at 12V and 5V, Controlled voltage drops at Advanced Transient Response Tests, Good efficiency levels (for a Bronze unit) with 80W and 100W loads... 
Its price puts it against strong components that utilize modern designs (e.g. DCDC converters that yield better efficiency), Pure performance in the third test of Turn on Transient Tests where 12V dropped very low, The main ATX connector is a little short and may cause compatibility problems in large cases, Low max. operating temperature, 50° would be better, The distance among the peripheral and...