Product presentation - inventlab

inventlab®

Product presentation

UPS and power supply solutions

inventlab LLC | CH-4702 Oensingen | +41 62 544 68 05 | www.inventlab.ch | [email protected] | CHE-398.256.369 MWST2

inventlab LLC product overview

inventlab LLCSolothurnstrasse 6CH-4702 Oensingen+41 62 544 68 [email protected]

ATX UPSU ATX UPSU IPC 20W UPSU

®® ®®

MIL UPSUPC104 UPSUmodules

PC1

04 P

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TXP

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com

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icat

ion

PC1

04 V

REG

PC1

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PSU

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PCB UPSU

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10A UPSU

Integration modules

ippc

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http://www.inventlab.ch


Content

3

inventlab LLC product overview 2Content 3Why ultracapacitor based solutions? 4ATX UPSU 5ATX UPSU: Accessories 6ATX UPSU: Specifications, connectors 7ATX UPSU AC: ATX power supply with integrated ATX UPSU 8ATX UPSU IPC 9ATX UPSU IPC: Variants, accessories, specifications 1010A UPSU 1110A UPSU: Block diagramm, connectors 1220W UPSU 1320W UPSU: Timing parameters, configuration software 1420W UPSU: Specifications, connectors 15PC104 UPSU modules 16PC104 UPSU modules: Module combinations and block diagram 17PC104 VREG 18PC104 UPSU 19PC104 communication 20PC104 PS ATX 21MIL UPSU 22MIL UPSU: Block diagram 23MIL UPSU: Mounting, specifications 24PCB UPSU 25inventlab integration modules 26iub - inventlab ultracapacitor buffer 27ippcc - inventlab power path controller and charger 28ippcc: Block diagramm, connectors and application example 29ist - inventlab schmitt trigger module 30ist: Block diagram, dimensions and connectors 31ics - inventlab current sensing module 32ics: Block diagram, dimensions and connectors 33More informations / Your project / Where to buy 34

This presentation provides a general overview over the inventlab-products.For more details like datasheets, configuration software and 3D models, see product websites or contact inventlab LLC.Your special requirements are also welcome.

Presentation content

All inventlab products are 100% Swiss made.

Swiss made


Why ultracapacitor based solutions?

Maintenance-free Wide operating temperature-range Fast charge Non-chemical energy storage Fast discharge (high power density) No storage problems No deep discharge High cycle life Low ESR

Key Benefits

Maxwell supercaps. 310F (behind) and 350F

At remote locations or when battery replacement is expensive If high-availability, reliability, and/or long life is required If high efficiency (low ESR, high power density) is required If high cycle life is required In low temperature environments Fast charge/fast availability is required No chemical energy storage can/should be used When expensive power transmission lines for periodically high

currents can be dropped User friendly applications that should automatically shut down

correctly in the event of power failure

When are ultracapacitors required?

Typical specifications of a single supercap cell

>10 years lifetime (20% capacitance change) - 40°C to 70°C operating temperature 2.7V maximum voltage Capacitance >300F >=500k cycle life >=200A maximum current <=4mΩ ESR

Note: Specifications can be extremely different depending on Ultracapacitor.


ATX UPSU

Ready-to-go servers, which are hot-plug and hot-unpluggable Medical devices Industrial computers Security applications Digital-signage Telecommunication systems ...

Applications

ATX UPSU

Direct connection to an ATX Mainboard Direct connection to Mainboard power

button: No software required for shutdown Small: Mountable on a 3.5“ drive Capacity extendable Maintenance-free 12V DC or 8-28V DC voltage input

Key features

Power source

ATX MainboardATX power

Power btn

Power buttonor jumper HDD / SSD / CD Specific hardwareIDE / SATA

ATX UPSU

Typical application

®


ATX UPSU: Accessories

PC POWER SUPPLY TO ATX UPSU adapter: For direct powe-ring ATX UPSU by a normal ATX power supply.

ATX UPSU CAP EXTENSION KIT: Increases capacity

®

ATX UPSU BATTERY PACK: In-creases capacity

Mounting kits


ATX UPSU: Specifications, connectors

Specification Value

Input voltage ATX UPSU 12V: 12V DCATX UPSU 8-28V: 8-28V DC

Max output power 150W

Hold-up time 400s @ 10W, without ATX UPSU CAP EXTENSION KIT800s @ 10W, with ATX UPSU CAP EXTENSION KIT

Charging time ~9.5 Min. without ATX UPSU CAP EXTENSION KIT~19 Min. with ATX UPSU CAP EXTENSION KIT

Dimensions (3.5“) 146 x 101.6 x 41.6mm

Certifications CE, FCC

Note: See datasheet for more and detailed specifications.

ATX connector, 24pin

Drive power connector

Reserved

5V DC

ATX UPSU CAP EXTENSION KIT connector

Power switch to mainboard

No jumper: discharge

Jumper for auto power onor power button in

Power in

VCC

Jack: VCC ison inner pin

Jumper 1-2: Normal use withoutATX UPSU CAP EXTENSION KIT

Jumper 2-3: Use withATX UPSU CAP EXTENSION KIT

J12J2

J3

J8

J7 J10

J9

J6

J5

J4

Specifications ATX UPSU Connectors

®


ATX UPSU AC: ATX power supply with integrated ATX UPSU

®

Medical and ITE safeties Direct connection to an ATX Mainboard Direct connection to Mainboard power

button: No software required for shutdown 150 x 86 x 161mm Maintenance-free 90-264VAC, 120-300VDC input 250W output (150W @ input failure)

Key features

Specification Value

Input voltage 90-264VAC (47-63Hz), 120-300VDC


Hold-up time 400s @ 10W

Charging time ~9.5 Min.

Dimensions Standard ATX power supply form factor, 150 x 86 x 161mm

Certifications CE, FCCEN61000-3-2 compliant


Specifications

ATX UPSU AC


ATX UPSU IPC

Single IPC with integrated ATX UPSU 115/230V AC in (integrated PSU) Atom, i7 CPU or custom mainboard Simple connect or disconnect ATX UPSU

IPC from power source No configuration/software required 4 mounting possibilities Maintenance-free

Key features Ready-to-go servers, which are hot-plug and hot-unpluggable Use as industrial computers Security applications Digital-signage Telecommunication systems ...

Applications

ATX UPSU IPC High-Speed (core i7)

Power source230V AC or115V AC

Specific hardwaree.g. SPS or Microcontroller

Networke.g. LAN, WAN, Internet

ATX UPSU IPC

User Interfacee.g. Screen/Touchscreen

Typical application


ATX UPSU IPC: Variants, accessories, specifications

19“ mounting kit

ATX UPSU IPC EMPTY: Use your own mini ITX Mainboard

Specification Value

Input voltage 115 or 230V AC

Max ATX output power 150W

Hold-up time ATX UPSU IPC: ~7 MinATX UPSU IPC High-Speed: ~2 Min

ATX UPSU IPC EMPTY: Depends on your Mainboard

Charging time ~9.5Min.

Mounting possibilities 19“ racktable

wall mountmounting in a device with 4 x M4 screws

Dimensions 380 x 280 x 65mm

Certifications CE, FCC

Specifications


Variants of ATX UPSU IPC

ATX UPSU IPC: Atom mainboard, 4GB RAM, 60GB SATA3 SSD, ATX UPSU, 150W power supply

ATX UPSU IPC High-Speed: Core i7 8MB cache Haswell CPU, 8GB DDR3 RAM, 240GB SATA3 SSD, ATX UPSU, 150W power supply

ATX UPSU IPC EMPTY: IPC with integrated ATX UPSU and 150W power supply. Without mainboard, RAM and SSD.

ATX UPSU IPC: Atom CPU inside ATX UPSU IPC High-Speed: Core i7 inside


10A UPSU

UPS solution with integrated energy storage 12V and 24V variants Ultracapacotor and battery variants 120W (12V variants) / 160W (24V variants) PC104 or DIN-Rail case variants USB communication Relais signal outputs Wide temperature range: -30°C to +60°C

Key features

10A UPSU xxV / 10A UPSU xxV B

10A UPSU xxV B(Battery variants)

10A UPSU xxV(Ultracapacitor variants)

®

10A UPSU xxV DIN / 10A UPSU xxV B DIN


10A UPSU: Block diagramm, connectors

voltage input12V / 24V

Supercapsor Batteries

Controller,charger,voltage regulator

power failedUSB

Status LED

voltage output12V / 24V

low capacity

Ideal diodewith MOSFET

10A UPSU

USB

Stat

us L

ED

volta

ge in

volta

ge o

utpo

wer

faile

dlo

w c

apac

ity

- -

Block diagram Connectors

®


20W UPSU

®

Online UPS in DIN rail case 20W max. output power 5-36V DC input 5-24V DC output (configurable) RS-232, Terminal 15, Mainboard power

button connection 520s Hold-up time @1W Capacity extendable Maintenance-free

Key features

20W UPSU

PLCs Embedded computers Industrial devices Security applications Telecommunication systems ...

Applications

20W UPSU CAP EXTENSION KIT


20W UPSU: Timing parameters, configuration software

UIN

UOUT

Terminal contact 15

t1

t3Mainboard power button

t1: Time to charge with full power before the output switches on. Note: The output goes not high until the supercap has reached the minimal voltage to switch the output voltage on. If t1 is set to its min value 0, the output switches on as fast as possible. The higher the t1 is set, the earlier the supercap is fully charged but the later the output switches on after powering 20W UPSU. Range: 0-65535, default: 90st2: The trigger to switch the device on fires after UOUT reaches the setpoint UOUT voltage and t2 is over. Range: 0-65535ms, default: 100msUOUT : The output voltage. UOUT can be 5V, 7.5V, 9V, 12V, 15V, 19V, 24V, xV. If set to xV, you can set the output voltage by the internal potentiometer to a value between 5V and 24V. Default: 5V t3: The time before the shutdown is triggered after UIN was failed. If the input voltage goes high again before t3 is over, the shutdown trigger will not fire. If UIN was failed and the caps are not fully charged, t3 will be ignored and the shutdown trigger fires immediately. If UIN was failed and the shutdown trigger was still fired before, t3 will be ignored and the shutdown trigger will not be fired again. In this case, after the time of t4, the otput goes down for the time of t5. Then the output voltage goes high again and after the time of t2 the startup trigger will be fired. T3 calculate formula: t3 = Running time by max power consumption of connected device - t4 = tLOADMAX - t4 Range: 0-65535s, default: 1st4: The shutdown time. If power input is back again and the shutdown was triggered before: T4 is the minimal hold up time to hold the UOUT high, before it can go down for the time of t5. If power input is not back and the shutdown trigger was fired: The output voltage stays high for the time of t4. Note: If t4 is higher than the supercap can hold UOUT high, UOUT goes down earlier than t4. T4 calculate formula: t4 = Duration to shutdown x 1.5 = tSHDN x 1.5 Range: 1-255s, default: 30st5: The minimal waiting time after UOUT was going down, before a new startup trigger fires. Set t5 enough long, that your device can reset and restart in definied state. Range: 0-65535ms, default: 1000msUINMINSTART : The minimal input voltage to start t1. UIN < UINMINSTART means no input voltage available. UINMINSTART has to be set higher than UINMINSHDN. Range: 4-36V, default: 4VUINMINSHDN : The minimal input voltage, which is necessary to not start t3. UIN < UINMINSHDN means UIN is failed. Range: 3-36V, default: 3VNotes: If the device is set to the hold-up mode, the output voltage is hold up as long as possible. In this case, terminal contact 15 goes up if UIN is up and goes down if UIN goes down. The mainboard power button fires on every state change of UIN, while the RS232 sends every state change to the device. Set t4 enough high to shutdown your device and add about 50% reserve time. Set the sum of t3 and t4 low enough, that the supercap can hold UOUT long enough high with your load. See calculate formulas.

t2

t4 t5

t2

UINMINSTARTUINMINSHDN

UOUT

® Timing diagram

V 1.0www.20w-upsu.com | [email protected] | A product by ChypsoTech LCC

Startup trigger Shutdown trigger

Timing diagramm with configurable parameters: Minimal input voltage for starting/sthutdown, switch on delay, waiting timebefore shutwdown trigger,... See datasheet for full description.

Free configuration software.Download: http://www.20w-upsu.com

®

http://www.20w-upsu.com


20W UPSU: Specifications, connectors

Rx Tx T15 M+ M-

- +

®

+

- +

In

Out

Volta

ge in

put

5 to 3

6V D

C

Conn

ectio

n to

20W

UPSU C

AP

EXTE

NSION K

IT

Volta

ge ou

tput

to de

vice GND

RS232 R

xRS23

2 Tx

Term

inal

15 co

nnec

tion

Mainbo

ard p

ower

butto

n +

Mainbo

ard p

ower

butto

n -

1 2 3 4 5 6 7 8 9 10

11 12 13 14 15 19181716 20

Status LEDGreen flashing: Charging, output offGreen light: Normal use, output onRed flashing: Power in failure, output onRed fast flashing: Temperature too highRed light: Error occured, 20W UPSU defect

® Connectors

V 1.0www.20w-upsu.com | [email protected] product by ChypsoTech LCC

®

Specification Value

Input voltage 5-36V DC

Output voltage 5-24V DC

Max power consumption 45W


Hold-up time 520s @ 1W, without 20W UPSU CAP EXTENSION KIT26s @ 20W, without 20W UPSU CAP EXTENSION KIT

Charging time ~90s without 20W UPSU CAP EXTENSION KIT

Dimensions 55 (width) x 75 x 109,5 mm

Specifications

Note: Hold-up time and charging time increases linearly by attaching one or more 20W UPSU CAP EXTENSION KIT. See datasheet for more and detailed specifications.

Connectors


PC104 UPSU modules

®

4 modules PC104 format Modular concept: 9 variants possible Rugged design 500W output power Maintenance-free

Key features

PC104 VREG

Aviation Vehicle Defense Marine ...

Applications

PC104 PS ATXPC104 UPSU PC104 communication

PC104 caseAsk inventlab for a standard PC104 case for DIN-Rail or wall mounting.


PC104 UPSU modules: Module combinations and block diagram

PC104 UPSU

Charge Discharge

ATX Mainboard

PC104 communication

ATX

PC104 VREG

4-36V(with UPSU: 11-36V)

5-36Voutput voltageconfigurableeither by jumper or by PC104 communication

RS232/RS4xxOptoisolated signals:run, fail, low capacity,mainboard pwr btn

PC104 PS ATX

12V

or

Max 500W or 50A

Load/Customer‘s device

to optional additionalcap module

PC104 UPSU-Stack block diagramPossible module combinations

®

Option #

VREG UPSUcom-muni-cation

PS ATX Application

1 1 0 0 0 Transient protection, voltage regulation

2 1 0 0 1 Transient protection, voltage regulation, ATX voltage output

3 1 0 1 0 Transient protection, voltage regulation, communica-tion with PC104 VREG

4 1 0 1 1 Transient protection, voltage regulation, ATX voltage output, communication with PC104 VREG

5 1 1 0 0 Transient protection, voltage regulation, UPS function

6 1 1 0 1 Transient protection, voltage regulation, UPS function, ATX voltage output

7 1 1 1 0 Transient protection, voltage regulation, UPS function, communication with PC104 VREG and PC104 UPSU

8 1 1 1 1 Transient protection, voltage regulation, UPS function, communication with PC104 VREG and PC104 UPSU, ATX voltage output

9 0 0 0 1 12VDC input, ATX voltage output

The PC104 UPSU-modules-stack contains four modules. These four modules can be combined together to meet the customer specific requirements.


PC104 VREG

3.3V and 12V reg.

max

. 500

Wm

ax 5

0AIdeal diode

Surge/revpol. prot.

Spike protection

status LEDs

Voltage reg

12V 5-36V

surg

es c

lam

p @

40V

4-36V(with UPSU: 11-36V) PC104 communicationPC104 UPSU

PC104 PS ATX

4-36V

Customer‘s Device

or

shor

t cir

. pro

tect

ed

volt. inp., volt. outp., 3.3V, 12V

Voltage inputVoltage outputCommun. to PC104 UPSUIdeal diode status3.3V, 12V

Jumper

Voltage set:5V, 12V, 15V, 19V, 24V, 28V, 36V,var

Potentiom.for var voltage set

or

max. 200A

®

Block diagram

PC104 VREG

Specification Value




Dimensions PC104 (95.89 x 90.17 mm)

Specifications

Withstands spikes up to +-600V and surges up to +-250V according to MIL-STD-1275 and MIL-STD-704

Reverse and short circuit protected Voltage input is undervoltage protected (<4V)

PC104 VREG is a rugged voltage regulation (buck-boost) module in PC104 format. It can be used as single module or with PC104 UPSU, PC104 communication or PC104 PS ATX.


PC104 UPSU

Supercaps

Char

ge

Balancer

Charger

status LED

Ideal diode

uC

11-36V

PC104 VREG

to optional additionalcap module

Dis

char

ge

10.8-4V

®

Block diagram

PC104 UPSU

PC104 UPSU mounted on PC104 VREG

Extends PC104 VREG with UPS function 3kJ energy storage with supercaps /

ultracaps Energy storage with additional cap mo-

dule extendable

PC104 UPSU is an UPS module for PC104 VREG.


PC104 communication

RS4XX PHY

Volta

ge s

et

RS232 PHY

uc

status LED

PC104 VREG

Com

mun

i-ca

tion

Signals:runfaillow capacitymainboard pwr btn

or

Load/Customer‘s device

Optoisolator

signal LEDs

Temperature sens.U

IN

UOUT

Power fail signal

t1

t3

Mainboard power button signal

t2

t4 t5

t2

UINMINSTARTUINMINSHDN

UOUT

Startup trigger Shutdown trigger

Run signal (≈ terminal contact 15)

Low capacity signal

USUPERCAP USUPERCAPGOOD

USUPERCAPBAD

tMBPWRBTN

®

Block diagram

PC104 communication

Timing diagram

RS-4xx/RS-232 Optoisolated (5kVr.m.s.) Sig-

nal outputs: Low capacity, power fail, run, mainboard power button

Intelligent behavior configuration options

PC104 communication is a com-munication and controlling mo-dule for PC104 VREG.


PC104 PS ATX

ATX Device

3.3V regulator, 50A*A

TX v

olta

ges

max

. sha

red

out:

500W

(Or another 12Vpower source)

ATX

sig

nals

: PM

E#, P

WR

_OK

, PS_

ON

#

5V regulator, 50A*

-5V regulator, 1.5A

-12V regulator, 0.75A

P MOSFET, 41.6A

status LED

P MOSFET, 50A

uC

5VSB3.3V

12V

5V

-5V

-12V

PC104 VREG

* Maximum values @ 20°C. Nominal: 30A

®

Block diagram

PC104 PS ATX

Specification Value

Input voltage 12V DC

Output voltages 12V, 5V, 3.3V, -5V, -12V


Signals PWR_OK, PS_ON#According to ATX standard

Dimensions PC104 (95.89 x 90.17 mm)

Specifications

PC104 PS ATX is an ATX power supply in PC104 format. It can be used as single module or with PC104 VREG.


MIL UPSU

®

Rugged UPS Maintenance-free 11-36VDC in, 5-36VDC out 41kJ/82kJ capacity or buffer variant 500W output power RS232/RS4xx Optoisolated status signals Withstands transients (MIL-STD-1275, 704) Environment compliance (MIL-STD-810) EMC compliance (MIL-STD-461, DO-160)

Key features

Defense Aviation Vehicle Marine ...

Applications

MIL UPSU


MIL UPSU: Block diagram

®

11-36V voltageinput connector Supercap Module

~41kJ

Communicationconnector

Regulators &controller

5-36 V voltageoutput connector

Additional Supercap Module ~41kJ(MIL UPSU 82k)

Block diagram MIL UPSU 41k/82k0-36V voltageinput connector Supercap Module

0-24V, 58FSupercapCharger 0-24V

0-36 V voltageoutput connector

Power pathcontroller

Block diagram MIL UPSU BUFFER


MIL UPSU: Mounting, specifications

® RS-4xx or RS-232 (only MIL UPSU 41k/82k) Optoisolated signal outputs (only MIL UPSU 41k/82k) Wide temperature range Intelligent behavior configuration options Also as hermetically or ATEX version available Mounting taps in 2 variants mountable

Specification Value




Optoisolated (5kVr.m.s.) Sig-nal outputs

Low capacity, power fail, run, mainboard power button

Capacity ~ 41kJ / 82kJ

Specifications MIL UPSU 41k/82k

Mounting tab assembly variant 1 Mounting tab assembly variant 2

General specifications

Mounting tabs

Specification Value


Output voltage 0-36V DC, 0-24V DC when input voltage is failed

Max output power / current 960W / 40A

Capacity Depends on voltage and cut-off voltage.50s @100W and 24V to 20V cut-off

Specifications MIL UPSU BUFFER


PCB UPSU

Save states in case of power failure Transmit informations in case of power failure Regulate/controll devices in case of power failure Hot-Plug/Power source switching devices Get constant voltage from volatile voltage source ...

Applications

Extremely small: 35.56 x 22.86 mm Directly mountable on a PCB Capacity extendable Maintenance-free 3.3 - 5.5V DC voltage input 1.2 - 5.5V DC voltage output

Key features

®

PCB UPSU

P2P1

PCB UPSUinventlab LLC

R4R1

35.56mm

22.8

6mm

33.02mm

2.54

mm

Volta

ge in

put

+

+

+

+

-

-

-

-

-

+

+

-

-

-

-

-

Volta

ge o

utpu

t

Additional supercap +

top layer

Volta

geou

tput

Dimensions / Pinout

Example application:PCB UPSU and Raspberry Pi

Visit www.pcb-upsu.com to download an instruction docu-ment to use PCB UPSU as an UPS for Raspberry Pi.

http://www.pcb-upsu.com


inventlab integration modules

Standard products to build almost every powering application

Cost-effective solutions, even for applications, which requires only one pcs

Design support from inventlab minimizes engineering risk and reduces evaluation effort

Configurable and wide voltage ranges Extended temperature ranges

Key features

Buffer to provide high currents UPS solutions Load sharing Redundant power supplies Undervoltage protection Current senging ...

Applications

inventlab integration modulesinventlab integration modules closes the gap between not suitab-le standard products and too expensive engineering for a suitable specific solution. With inventlab integration modules, applications are rapidly realizable in a modular construction.Especially ultracapacitor based solutions are often special and non-standard solutions, which require high-current modules in wide voltage ranges. This modules needs to be operate properly down to 0V without having to enter an undefined state. inventlab modules are build with respect to this aspects.

Ultracapacitor calculatorDimensioning and evaluating ultracapacitor based on power and energy requirements can be a very iterative process.Use our online calculator:https://www.inventlab.ch/ultra-capacitor_energy_calculator/

https://www.inventlab.ch/ultracapacitor_energy_calculator/



iub - inventlab ultracapacitor buffer

Low-Cost, High-Power UPS solution 3.6 to 36 V (12.5V buffer voltage) Parallelable to increase capacity Serializable to increase UPS voltage Currents up to 40A Integrated power path controller Power path with MOSFETs Wide operating temperature -40 to +65°C

Key features

iub


ippcc - inventlab power path controller and charger

Power path controller Load sharing (voltage difference <=100mV) Redundant power supplies (voltage diffe-

rence >100mV) UPS solutions Currents up to 80A PC104 PCB version or DIN-Rail version Integrated ultracapacitor/battery charger Wide operating temperature -40 to +85°C

Key features

ippcc ippcc DIN


ippcc: Block diagramm, connectors and application example

12 - 36V 10 - 24V5A

voltage 1 in3.6 - 36V, max. 40A

voltage 2 in3.6 - 36V, max. 40A

Power path controller

Ideal diodeswith MOSFETs

max. 80A

ippcc

ChargerCharge method: CCCV

voltage 1 involtage 2 in

charge in voltage

volta

ge 1

in- vo

ltage

2 in

- volta

ge o

utvo

ltage

out

- -

charge in

charge out

Supercapacitoror Battery

Power path controller

Ideal diodeswith MOSFETs

ippcc

ChargerCharge method: CCCV

Voltage source

Load

Block diagram

Connectors

Application example: UPS solution


ist - inventlab schmitt trigger module

Schmitt trigger module Adjustable switch on and off threshold Wide operating voltage 7 - 40V DC Can also be powered by AC: 5 - 28V AC Proper state down to 0V 80A PFET output Relais output Dimensions: 50 x 60 mm Wide operating temperature -40 to +85°C

Key features



ist: Block diagram, dimensions and connectors

60 m

m

50 mm

5 m

m

5 mm 4x

LEDs:Top: Schmitt t. lowMiddle: Schmitt t. highBottom: VCC

ist - inventlab schmitt trigger m

odule

Adj

ust

schm

itt tr

igge

rsw

itch-

on le

vel

Adj

ust

schm

itt tr

igge

rsw

itch-

off l

evel

D1

RV1 RV2

P3

P2

PFET-, to load

PFET+

PFET-, to load

PFET+

rel_no

rel_c

rel_nc

st_out

#st_out

PWR

GND

st_in

RE1

Block diagram

Schmitt trigger in0 to 40VDC

Schmitt trigger out

Status LEDs


Voltage input7 to 40VDCor: 5 to 28VAC Schmitt trigger out#

nonc c

PFET inPFET out, to load

Adjustswitch on

level

Adjustswitch offlevel

Switch output on/off/Schmitt trigger

Schmitt trigger outSchmitt trigger

PFETMax. 80A

Connectors


ics - inventlab current sensing module

Current sensing module Adjustable sense amp ratio Wide operating voltage 2.7 - 40V Proper state down to 0V Measure currents up to 80A Integrated schmitt trigger for overcurrent

detect / current detect Relais output Dimensions: 50 x 60 mm Wide operating temperature -40 to +85°C

Key features



ics: Block diagram, dimensions and connectors

Block diagram Connectors


P3

RE1

D1

P1

Sense high

Sense low, to load

Sense high

Sense low, to load

rel_no

rel_c

rel_nc

oc_out

enable

VCC

GND

sense out

60 m

m

50 mm

5 m

m

5 mm 4x

LEDs:Top: VCCMiddle: Internal voltageBottom: OvervcurrentSense input

voltage source

Enable Overcurrent out

Status LEDs

Sense output, max. 80Ato load

Sense resistor1mΩ


Voltage input2.7 to 40VDC (7V to use Relais)

Sense amp out

Rin100Ω

Rout10Ω

Rout210kΩ

Overcurrent out

Schmitt triggerSwitch on threshold:400mV

nonc c

100mV/ACurrentsense amplifier


More informations / Your project / Where to buy

See product websites: http://www.10a-upsu.com http://www.atx-upsu.com http://www.20w-upsu.com http://www.pc104-upsu.com http://www.mil-upsu.com http://www.pcb-upsu.com http://www.inventlab.ch

Your special requirements

Please contact inventlab LLC if your project has special require-ments. Our engineers look forward to hearing from you.

https://shop.inventlab.ch

More informations, datasheets, 3D models

Where to buy

inventlab LLCSolothurnstrasse 6CH-4702 Oensingen+41 62 544 68 [email protected]

Manufacturer

inventlab®, CHYPSOTECH®, ElektronikEntwicklung.ch®, ATX UPSU®, 20W UPSU®, MIL UPSU®, PC104 UPSU®, Das Zuhause der Technik.® and ercotima® are registered trademarks of in-ventlab LLC, all other brand names, trademarks and registered trademarks are property of their respective owners.

Ultracapacitor calculator


http://www.10a-upsu.com

http://www.atx-upsu.com

http://www.20w-upsu.com

http://www.pc104-upsu.com

http://www.mil-upsu.com

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Product presentation - inventlab

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