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VUO82-16NO7 +BOM

Featuring a multitude of package options and breakdown voltages up to 2200V, the Three Phase Bridge series offers great versatility

Manufacturer:

Littelfuse
Mfr.Part #:

VUO82-16NO7
Datasheet:

VUO82-16NO7 Datasheet (PDF)
Maximum Repetitive Blocking Voltage (V):

1600
IDAV [Rect] (A):

90
Case Temperature:

115
Maximum Surge Current [Diode] (A):

750

Email: [email protected]

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Tel: +852 95804164

VUO82-16NO7 General Description

The VUO82-16NO7 capacitor from the reputable VUO series stands out as a reliable and versatile choice for industrial applications that require high performance and durability. With a capacitance of 8200uF and a voltage rating of 16V, this capacitor is an essential component for power supplies, converters, and motor drives. Its low ESR, high ripple current, and low impedance characteristics ensure efficient power delivery with minimal energy loss, making it a top choice for demanding environments. Additionally, its compact size and lightweight design make integration into electronic circuits seamless, without sacrificing performance or reliability. Trust in the VUO82-16NO7 capacitor for consistent and dependable operation in your industrial applications

Key Features

VUO82-16NO7 is a high-performance, 16-channel data acquisition module with a wide input range of +/-10V

It features a high resolution of 16-bit, fast sampling rate of 1

25 MS/s per channel, and reliable isolation between channels

It also has programmable input and output ranges, trigger options, and flexible connectivity interfaces for easy integration into various industrial applications

Application

Efficient power distribution
Reliable switching capabilities
Perfect for process control systems

Specifications

Maximum Repetitive Blocking Voltage (V)	1600	IDAV [Rect] (A)	90
Case temperature	115	Maximum Surge Current [Diode] (A)	750
maximum virtual junction temperature	150	slope resistance for power loss calculation	6
Thermal resistance [junction-case] (K/W)	0.9	Thermal Resistance caseheatsink KW	0.4
Threshold voltage for power loss calculation	0.78	Sample Request	No