DC2313A: 6 Ch. Seq. Controller, 6 ~ 14V in

Summary

Demonstration circuit 2313A showcases the LTC2937, a programmable six channel power supply sequencer and voltage supervisor.

The LTC2937 provides flexible sequence control for up to six power supplies. It enables and disables the supplies with configurable sequence order and time delays, monitors the supplies for power-up and power-down time, and for overvoltage and undervoltage. It cooperates with other LTC2937 parts in the system to coordinate power sequencing activities. It provides flexible fault response to autonomously supervise the power supplies, and powerful debug tools to diagnose any problem that causes a power supply fault. It holds configuration in non-volatile EEPROM for completely automatic power system supervision.

The DC2313A board demonstrates the powerful features of the LTC2937 using six onboard LDO voltage regulators, or by controlling an optional, externally-powered DC1361 board (an 8-channel power supply board). Multiple DC2313A boards can also share timing and sequencing signals to supervise more than six regulated supplies in a coordinated manner.

The DC2313A connects to a PC through the DC1613 USB-to-I2C/SMBus/PMBus Controller. This connection enables the LTpowerPlay™ software, to have complete control over the LTC2937 through the convenient LTpowerPlay GUI. The GUI allows control over all of the LTC2937 registers, and visibility into the status of the part in real time, and it works with Linear Technology demo boards as well as custom boards with an I2C interface.

Specifications

Manufacturer Analog Devices Inc.
Category Power Management
Sub-Category Load or Power Distribution Switches
Eval Board Part Number 505-DC2313A-ND
Eval Board Supplier Analog Devices Inc.
Eval Board Normally In Stock
Current Out 20 mA/ch
Voltage In 6 ~ 14 V
Features GUI / Design Software
I²C Interface
Over Voltage Protection
PMBus Interface
SMBus Interface
Status Indication
Synchronizable
Under Voltage Protection, Brown-Out
On Resistance (Typ) @ Vin - Not Given
Standby Current [Typical] - Not Given
Power Dissipation (Max)
Quiescent Current [Typical] - Not Given
Component Count + Extras 128 + 48
Application / Target Market Computers
Networking
Telecom
Design Author Linear Technology
Main I.C. Base Part LTC2937
Standby Current [Maximum] - Not Given
Quiescent Current [Maximum] 1 mA
Date Created By Author 2015-01
Date Added To Library 2016-01

Eval Board

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