TLV71128512DSET - TEXAS INSTRUMENTS

Multi-Range Programmable DC Power Supplies

9115 Series

Data Sheet

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Technical data subject to change

1200 W / 3000 W Multi-Range DC Power Supplies Features & Benefits

■Multi-ranging operation (output up to max

power rating within maximum voltage and

current rating)

■Compact, high density, 1U rackmount form

factor (2U for 9117)

■High programming and readback resolution

■Adjustable voltage slope (rise and fall time)

■Sequence programming (internal list mode for

models 9115, 9115-AT, and 9116)

■Save and recall up to 100 instrument settings

■Standard USB (USBTMC-compliant), RS-232,

GPIB, RS-485, and LAN (9117 only) interfaces

supporting SCPI commands for remote control

■Analog interface with control and monitoring

functions

■Master/Slave mode for parallel and series

operation

■Remote sense

■Overvoltage/overpower/overtemperature

protection, and key-lock function

■Test functions compliant to automotive

standards (9115-AT only)

■Softpanel for remote control, test sequence

generation and data logging

Model 9115 9115-AT 9116 9117

Max. Voltage 0 - 80 V 0 - 150 V 0 - 80 V

Max. Current 0 - 60 A 0 - 30 A 0 - 120 A

Max. Power 1200 W 3000 W

The multi-ranging feature of the 9115 Series offers exceptional flexibility by providing any combination

of the rated voltage and current up to the maximum output power of the supply. These wide ranges of

voltage and current allow users to replace multiple supplies on a bench or system rack.

Multi-Range Operation

3000 W

1200 W

0 8 A 15 A 30 A 37.5 A 60 A 120 A

150 V

80 V

25 V

40 V

20 V

Current

Voltage

Any 9115 Series model can replace several

supplies on your bench or in your rack. Unlike

conventional supplies with fixed output ratings,

these multi-range power supplies automatically

recalculate voltage and current limits for each

setting, providing full output power in any

Volt/Amp combination within the rated voltage

and current limits.

For benchtop applications, this series provides a

numerical keypad for direct data entry along with

convenient cursors and analog style knobs to

quickly make incremental voltage or current

changes. System integrators benefit from the

standard USB (USBTMC-compliant), RS-232,

GPIB, RS-485, and LAN (9117 only) interfaces

supporting SCPI commands. Alternatively, users

can control the power supply, execute test

sequences or log measurements using the

provided PC software application. This software

also integrates with Data Dashboard for

LabVIEW apps enabling iOS, Android or

Windows 8 compatible tablets or smart phones

to remotely monitor select measurement

indicators.

The 9115-AT provides automotive power test

waveforms compliant to DIN 40839 and ISO

16750-2 standards that can simulate common

test conditions for electrical and electronic

devices installed in automobiles.

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Multi-Range Programmable DC Power Supplies

9115 Series

Front panel

Rear panel

Function keys Numeric keypadPower On/Off switch Bright VFD display Voltage and current adjust knobs

Analog control interface GPIB interface RS-232 interface AC line input

Remote sense

terminal

Remote sense

terminal

Output

terminal

Output

terminal

Cooling fan

Cooling fans

USB

interface

USB

interface

RS-485

interface

RS-485

interface

Cooling

fan Fuse

Fuse

Models 9115 / 9115-AT / 9116

Model 9117

RS-232

interface

LAN

interface

GPIB

interface

AC line inputAnalog

control

interface

Model 9117

Unterminated power cord (included)

Model 9117 only

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Multi-Range Programmable DC Power Supplies

9115 Series

The power supply output voltage and current

can be controlled from zero to full range by

either external DC voltage sources (0-5 V or 0-

10 V) or resistances (0-5 kΩ or 0-10 kΩ). The

DB25 analog control interface also provides a

source for monitoring the voltage and current

output.

Parallel Configuration

Series Configuration

• Remote monitoring on iOS, Android or Windows 8 compatible tablets or smart phones via NI Data Dashboard for LabVIEW apps. Quickly develop a custom

dashboard consisting of one (smart phone) or several (tablet) indicators, charts or gauges to monitor your power supply.

• Log voltage, current and power values as well as time stamp, CV/CC and output status.

• Save and load list files to/from the power supply’s internal memory.

• Create an unlimited number of external list files to be executed from PC memory. Save and recall list files to/from the PC.

Application software

Master/Slave operation

External analog control interface

More than one unit of the same power supply

model can be connected in parallel or series

connection to increase the overall current or

voltage output respectively. Using the RS-485

interface, the power supplies can operate in

master/slave mode. In this mode, the master unit

can control all other power supplies connected

in parallel or series. Additionally, the RS-485

interface can be used for multi-unit control of

up to 31 daisy chained units.

The power supply is capable of programming the

slope of the output voltage during changes

between voltage settings by allowing users to set

the rising and falling edge times of the voltage.

The list mode feature lets users store, recall, and

run program sequences in the power supply’s

internal memory. A total of 10 steps can be

configured for each sequence (up to 10). These

sequences can then be saved into a program

configuration that can run one sequence after

another, which allows for a maximum of 100

steps in one program configuration.

Programmable voltage rise/fall times

Test sequence execution in list mode

(models 9115, 9115-AT, and 9116 only)

Easy-to-use interface

The numeric keypad, rotary knobs, and cursors

provide an easy way to set output levels quickly

and precisely. With a push of a button, the

display can be conveniently toggled between set

and measured voltage and current values.

Additionally, the power supplies provide internal

memory for storage of up to 100 different

instrument settings that can be set and recalled

via both the front panel and remote interfaces.

Flexible operation

PC software is provided for front panel emulation, generating and executing test sequences or logging measurement data without the need to write source code.

Additionally, this application software integrates with NI Data Dashboard for LabVIEW apps which allows users to create a custom dashboard on a tablet computer

or smart phone to remotely monitor 9115 Series power supplies via this PC software.

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Multi-Range Programmable DC Power Supplies

9115 Series

Simulate the effect when a conventional fuse element

melts in another circuit.

Fig. 1 - Motor startup curve

Fig. 2 - Short voltage drop test

Fig. 3 - Reset behavior voltage drop test

Fig. 4 - Starting profile test

Model 9115-AT Automotive Test Functions

DIN 40839 (ISO 7637)

This standard insures EMC (electromagnetic compatibility) in road vehicles by

injection of supply line transients. The 9115-AT can output a 12 V or 24 V

system voltage sequence, which simulates the behavior in supply voltage

reduction caused by an engine starter motor circuits (Fig. 1).

Verify the reset behavior of your DUT at various

voltage drops.

Verify the behavior of a DUT during and after cranking.

ISO 16750-2

In order to ensure electronic systems used in a vehicle are able to function

in an automotive environment, automotive component manufacturers test

electronic modules to industry standards. The 9115-AT provides built-in

simulations compliant to these automotive test standards to help automate

and speed up development time.

This standard applies to electric and electronic systems/components

for vehicles. It describes the potential environmental conditions and

specifies tests and requirements recommended for the specific mounting

location on/in the vehicle. These test simulations include measurement

of discontinuities in supply voltage, voltage drops, tests applicable to

equipment with reset functions, and tests to insure modules do not

malfunction during an engine start routine with cranking.

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Multi-Range Programmable DC Power Supplies

9115 Series

Specifications

Model 9115 & 9115-AT 9116 9117

Output Rating

Voltage 0 – 80 V 0 – 150 V 0 – 80 V

Current 0 – 60 A 0 – 30 A 0 – 120 A

Max Output Power 1200 W 3000 W

Load Regulation(1)(2)

Voltage 0.01 % + 5 mV 0.05 % + 30 mV

Current 0.1 % + 10 mA 0.1 % + 30 mA

Line Regulation(2)

Voltage 0.02 % + 1 mV 0.02 % + 20 mV

Current 0.02 % + 1 mA 0.02 % + 10 mA

Programming/Readback Resolution

Voltage 1 mV 3 mV 2 mV

Current 1 mA 3 mA

Programming/Readback Accuracy(2)

Voltage 0.02 % + 30 mV 0.05 % + 30 mV

Current 0.1 % + 60 mA 0.2 % + 30 mA 0.2% + 120 mA

Ripple (20 Hz – 20 MHz)

Voltage ≤ 60 mVpp ≤ 80 mVpp

Current 100 mArms 40 mArms 120 mArms

Temperature Coefficient (0 °C – 40 °C)(2)

Voltage 0.02 % + 30 mV

Current 0.05 % + 10 mA

Readback Temperature Coefficient (0 °C – 40 °C)(2)

Voltage 0.02 % + 30 mV

Current 0.05 % + 5 mA

General

Efficiency 73% (120 VAC)

75% (220 VAC)

75% (120 VAC)

80% (220 VAC) 80% (220 VAC)

Power Factor (full load) 0.99 0.99 0.99

Standard Interface USB, GPIB, RS-232, RS-485 USB, GPIB, RS-232, RS-485, Ethernet

AC Input 115/230 VAC ± 10 %, 47 Hz – 63 Hz 220 VAC ± 10 %, 47 Hz – 63 Hz

Input Current (nominal) 13.8 A (120 VAC)

7.3 A (220 VAC)

13.3 A (120 VAC)

6.9 A (220 VAC) 17.1 A (220 VAC)

Operating Temperature 32 ° F – 104 ° F (0 °C – 40 °C)

Storage Temperature -4 ° F – 158 ° F (-20 °C – 70 °C)

Safety EN61010-1:2001, EU Low Voltage Directive 2006/95/EC

Electromagnetic Compatibility

Meets EMC Directive 2004/108/EC, EN 61000-3-2:2006,

EN 61000-3-3:1995+A1:2001+A2:2005

EN 61000-4-2/-3/-4/-5/-6/-11, EN 61326-1:2006

Dimensions (W x H x D) 16.32” x 1.75” x 19.02”

(414.5 x 44.5 x 483.2 mm)

17.19” x 3.52” x 20.95”

(436.5 x 89.3 x 532 mm)

Weight 18.74 lbs (8.5 kg) 37.48 lbs (17 kg)

One-Year Warranty

Included Accessories User manual, AC power cord (9115, 9115-AT, and 9116 only), unterminated AC power cord with input connector (9117 only),

rackmount kit, certificate of calibration and test report

(1) With remote sense connected

(2) Accuracy specified as ±(% of output + offset) after a temperature stabilization time of 15 minutes over an ambient temperature range of 23 ºC ±5 ºC