PRODUC
ODUCTS
POWER ELECTRONIC SYNCHRO
ONICS
SYNCHRONOUS CURRENT M DE BUCK-BOOST CONVERTERS range and 1V to 25V output range
RONOUSCURRENT
p i
o o t i
L inear Technology gy has released its latest synchronous currentmode
current froma wide variety of i up to 600mA of continuous ou buck-boost converters that del
nput tput iver
sources, including single- or multiple-cell batteries as well as solar panels and supercapacitors. Their 2.4V to 25V input voltage
ncorporated in the LTC3130/-1 provides low noise, jitter-free switching through all operating modes, ideal for RF and precision analogue applications that are
e i
sensitive to power supply noise. The device also includes programmable maximumpower point control (MPPC) capability, ensuring maximumpower delivery from nonideal power sources suc h as
RENTMODEBUCK-BOOSTCONV RTNVERTERS photovoltaic cells. The LTC3130-1
peration lowers quiescent utput. User selectable Bur nputs above, below or equ rovide a regulated output
stMode al to the with
current
o only 1.6µA (1.2µA at no load) mproving light load efficiency and xtending battery run time. The buck-boost topology
gy
shares all of the features of the LTC3130, but offers four user- selectable fixed output voltages: 1.8V, 3.3V, 5V and 12V, eliminating the resistor divider required for the adjustable output version.
The LTC3130/-1 includes four internal low RDSON N-channel
MOSFETs to deliver efficiencies of up to 95%. Due to its low quiescent current, converter start-up can be achieved fromsources as low as 7.5µW,making the LTC3130/3130-1 ideal for applications powered by weak sources, including thin film solar cells. Alternatively, BurstMode operation can be disabled, offering low noise continuous switching.
www.linear.co m
COMPACT CURRENT- COMPENSATED CHOKES
TheSchaffnerGroupisexpandingits range current compensatedEMCcorrectingchokes. Horizontal andverticalmountingoptionsare availablewithadditional inductanceva
between0.3and10A.Thenew ow
Sc ve values for currents be RNseries isnowratedupto300V yo 0VA ew VACand
enablesoptimisedEMC/EMI solutions for performanceandPCBlayout.
COMPACTPCI POWER SUPPLY FOR RAILWAY AND TRACKSIDE APPLICATIONS
A 3u high, 300W, DC Input, CompactPCI Power Supply has been released by Gresham Power Electronics, suitable for Railway and Trackside applications. Designed to meet the requirements of EN50155 the CPCI-3U- DC-300W RL requires a DC input in the range 66-160VDC and has four outputs; +5VDC at 30A, +3.3V at 40A, +12V at 5A and -12V at 0.5A. Maximum total output is 300W with forced air cooling and the power supply is fully protected against output overload, short circuit and over temperature with automatic recovery on removal of overload condition. The operating temperature range of the Gresham Power railway cPCI power supply is -40 to 70°C at full load with forced air. For system integrators full monitoring command and control is available including remote sense on the two
main outputs with maximum voltage compensation for cable losses 200mV. Remote inhibit and enable controls and a power fail signal are fitted as standard. LED indicators show power good and output failure. Current share is available on outputs 1 and 2 and the power supply is designed for hot-swap operation and has an optional I2C interface. This CPCI-3U-DC-300W RL power supply is designed to meet EN50155, is CE marked, meets UL 60950,
EN 60950, EN 61000-4-2, EN55022/CISPR22 Class B with an external TBD line filter and is fully compliant to PICMG 2.11 CompactPCI Specification. It has dimensions of 128.7mm x 40.6mm x 162.5mm (5.07”H X 1.60”W X 6.40”D) and weighs 8.50g. Gresham Power offers a range of CompactPCI power supplies used by major OEMS for instrumentation and
industrial systems which can also be ruggedised and conformally coated for MIL applications. Available in both 3U (100mm by 160mm) and 6U (160mm by 233mm) versions are available with both AC and DC inputs. Output power is available from 200W up to the 6UAC input model which provides 650W for the same cost as other 500W power supplies. 6U 24V and 48V input models are also available.
www.greshampower.com
RNdual common-modechokesare availableover theinductancerange 100mHwithratedcurr e andope
ov ov
50/60Hzandoffer 100kHz to3MHz common-moderesonancefrequencies. MultiplePCB-mountingoptionsmayb e spe
perateover thefrequencyrange fe
pecified. www
ww.schaffner.co m
nts from0.3to10 A ge0.4to
geDCto pa geof
ASiliconCarbide(SiC)powerMO FET has beenreleasedbyTT designedfo
we MOSFE forhightemperature,power
byTTElectronicsthat is we
efficiencyapplicationswithamax junc
°C ahighpow werdissipation, low kagethe25A,650Vrated aximum
nctiontemperatureof225°C. Suppliedin owe
owthermal
resistance, fullyhermetic,ceramicSMD1 package
SML25SCM650N2Balsoensuresfaster switchingandlow
fa
comparisontonormalSity consequently compone
resultinginwe
www.ttelectronics. co m lythesizeof thepassive av
owswitchinglossesin typeMOSFET ve
ETs Ts,
nentsinthecircuitcanbereduced weightandspacesaving.
SECURE BLUETOOTH LOW ENERGY AND NFC FOR LOW POWER BLUETOOTH APPLICATIONS Pan son c A tom tive
SECURE BLUETOOTH LOW ENERGY AND NFC FOR LOW POWER BLUETOOTH APPLICATIONS Panasonic Automotive & Industrial Systems
Europe is la ro add
electroni PA
energy fu ctionality v4.1 and N Forum Type 3 comp ant tag.
gy field an is launching a new short-range, chin t-ra
Industrial System sh
Bluetooth low energy and NFC combo module for adding Bluetooth fu ctionality into variou electronic devices. Based on a Toshiba SoC, the PAN1761 Series supports both Bluetooth lowtooth low energy functionality v4.1 and NFC through a NFC Forum Type 3 com liant tag .
Bluetooth low energy and NFC combo modul tooth functionality into various devices. Based on a Toshi a SoC, the
761 Series supports both throu
The confi urati n of the device al wake-up Blue ooth l ing an
a N
The configuration of the device allows NFC to wake-up Bluetooth low energy from standby using an NFC field and automatically initiate a Bluetooth connection. Highly secure Bluetooth con ections are created using NFC to exchange link keys (Out-of-Band pairing). Bluetooth low energy applications with extended battery life are
NFC to
Bluetooth connection. Highl connections are created u ing N nk keys (Out-of-Band pai
energy from standby autom tically initiate a secure Bluetooth to exchange
g). Bluetooth l energy appl ati ns w th extended battery l fe are 22 SEP EMBER 201 22 SEPTEMBER 2016 | ELEC RO for ssible result o ro r co nei her host cont ol nor
possible as a result of zero power consumption in standby mode. An NFC enabled remote device y in
io consumpt le in
standby m de. An NFC enabled rem e device may independently create a wake-up signal with neither host control nor local battery consumption. The device comes in a 15.6 x 8.7 x 1.8mm surface m
pen ently create a w ke- p signal w th cal bat
The device com s in a 15.6 x 8.7 x 1.8m surface mount package and benefits from an excellent RF transceiver, programmable Bluetooth low energy EEPROM
excellent R tran ceiv Bluetooth low energy
ra gy EEPROM memory wit hory with
32kB on-chip RAM for host-less operation of application software an standard SIG Bluetooth l Bluetooth low energy
iver. Furtherm re Bluetooth l w energy” prof mo
https://eu.industrial.panasonic.com https://eu.industrial.panason ELECTRONICS CS
32kB on-chip RAM for host-less operati n of application software and driver. Furthermore standard SIG Bluetooth low energy and “SPP over gy” profiles, low-power sleep
energy and “SPP over w-powe
modes, short transition times between operating modes.
s, short transition tim s between operatin / ELECTRONICS
ELECTRONICS
ic.com
t package an ben fits from an , p
n.
Page 1 |
Page 2 |
Page 3 |
Page 4 |
Page 5 |
Page 6 |
Page 7 |
Page 8 |
Page 9 |
Page 10 |
Page 11 |
Page 12 |
Page 13 |
Page 14 |
Page 15 |
Page 16 |
Page 17 |
Page 18 |
Page 19 |
Page 20 |
Page 21 |
Page 22 |
Page 23 |
Page 24 |
Page 25 |
Page 26 |
Page 27 |
Page 28 |
Page 29 |
Page 30 |
Page 31 |
Page 32 |
Page 33 |
Page 34 |
Page 35 |
Page 36 |
Page 37 |
Page 38 |
Page 39 |
Page 40 |
Page 41 |
Page 42 |
Page 43 |
Page 44 |
Page 45 |
Page 46 |
Page 47 |
Page 48 |
Page 49 |
Page 50 |
Page 51 |
Page 52 |
Page 53 |
Page 54 |
Page 55 |
Page 56
