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ISL8130EVAL3Z
Development Boards, Kits, Programmers

ISL8130EVAL3Z

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Renesas Electronics Corporation

BOARD EVAL FOR ISL8130

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ISL8130EVAL3Z
Development Boards, Kits, Programmers

ISL8130EVAL3Z

Active
Renesas Electronics Corporation

BOARD EVAL FOR ISL8130

Deep-Dive with AI

DocumentsDatasheet

Technical Specifications

Parameters and characteristics for this part

SpecificationISL8130EVAL3Z
Board TypeFully Populated
Current - Output2 A
Main PurposeDC/DC, Step Up or Down
Outputs and TypeNon-Isolated
Outputs and Type1
Regulator TopologyFlyback, Boost, Buck
Supplied ContentsBoard(s)
Utilized IC / PartISL8130
Voltage - Input [Max]16 V
Voltage - Input [Min]5.6 V
Voltage - Output10 V

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

DistributorPackageQuantity$
DigikeyBulk 1$ 62.54

Description

General part information

ISL8130 Series

The ISL8130 is a versatile controller that integrates control, output adjustment, monitoring, and protection functions into a single package for synchronous Buck, standard Boost, SEPIC, and Flyback topologies. The ISL8130 provides simple, single feedback loop, voltage mode control with fast transient response. The output voltage of the converter can be precisely regulated to as low as 0. 6V. The switching frequency is adjustable from 100kHz to 1. 4MHz. The error amplifier features a 15MHz gain-bandwidth product and 6V/μs slew rate that enables fast transient response. The PWM duty cycle ranges from 0% to 100% in transient conditions. The capacitor from the ENSS pin to ground sets soft-start slew rate. The ISL8130 monitors the output voltage and generates a power-good (PGOOD) signal when soft-start sequence is complete and the output is within regulation. A built-in, overvoltage protection circuit prevents the output voltage from going above typically 115% of the set point. For a Buck and Buck-Boost configuration, protection from overcurrent conditions is provided by monitoring the rDS(ON)of the upper MOSFET to inhibit the PWM operation appropriately. This approach improves efficiency by eliminating the need for a current sensing resistor. For other topologies, overcurrent protection is achieved using a current sensing resistor.

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Technical documentation and resources