Murata LXDC2HL Series Micro DC-DC Converters
Murata LXDC2HL Series are ultra small Micro DC-DC Converters. Designed to reduce board space, counter EMI noise and conserve energy, the series is ideal for mobile devices. The ultra small size is accomplished by integrating the inductor, a ferrite substrate, and a power IC. The result is a footprint 60% smaller than a discrete converter. Harmonic noise has been reduced by 30dB compared to discrete converters. High efficiency is gained using step-down synchronous rectifier technology and PWM/PFM automatic switching control. LXDC2HL Series Micro DC-DC Converters from Murata are suitable for any mobile device application where downsizing is required.
Murata Metal Terminal Capacitors - KCM and KRM Series
Murata is proud to announce the introduction of the KRM and KCM Series MLCCs, metal terminal capacitors designed to offer increased reliability for thermal and mechanical stress. Both the KRM and KCM series from Murata offer space-saving benefits and high capacitance value by stacking two MLCCs and are RoHS compliant. The KCM Series MLCC is highly resistant to PCB flexure in automotive applications by way of metal pins with an elastic action that reduces the impact to which the capacitor elements are subjected. The KRM Series capacitor for power supply circuits has ferric alloy terminals that lift the capacitor up to 1mm above the PCB, thus eliminating the transmission of bending forces between the capacitor and PCB.
Murata PKLCS Piezoelectric Sounders
Murata offers PKLCS Piezoelectric Sounders that are ultra thin and lightweight. Murata PKLCS Piezoelectric Sounders feature a clear sound, no noise and are highly reliable. Taking advantage of extensive acoustic and mechanical design technology and high performance ceramics, Murata has developed PKLCS Piezoelectric Sounders that suit the thin, high-density design of electronic equipment.
Murata Microblowers
Murata Microblowers are suitable for thermal management of small products where conventional cooling units, such as heat sinks, heat pipes, or motor fans, cannot fit due to size. Additional uses of the Microblowers are as a source for high pressure air generation for liquid displacement or dispensing applications.
Microblowers from Murata are extremely compact and low profile, utilizing a ceramic based drive system which allows the blower to function as a high pressure air pump. The 20mm x 20mm Microblower discharges air at a rate of 1,900 Pa (maximum static pressure at 15V p-p) and 1 liter per minute (at 15 V p-p and under 100 Pa back pressure). The ceramic based drive system offers lower power consumption than more common air cooling devices. A 20mm high-pressure air blower Evaluation Kit is also available - MZB1001E00.
Murata Series GQM/GJM High Frequency Capacitors
The Murata GQM/GJM Series High Frequency Ceramic Capacitors are typically used in applications with high frequencies
from 500MHz to 10GHz, such as base stations for cellular, broadcast
satellites, cable TV and telecommunication networks, PGS, Bluetooth®,
and TV set-top boxes. Featuring improved low power consumption for
mobile telecommunications, the GQM Series has copper electrodes that
allow for ultra low ESR, high Q in the GHz frequencies and high RF
current handling capability. The Murata GQM/GJM Series High Frequency Ceramic Capacitors
are the best choice for high performance, high power RF designs
requiring voltages up to 500VDC. Offered in EIA sizes 0603, 0805 and the
new 1111 size with a capacitance range of 0.1 to 100pF, there are a
variety of tight tolerance versions available. The GQM Series includes the advanced GQM22 Series - the world's first 500 Volt, High Q MLCC with base metal electrodes.
Murata AMR Magnetic Switch Sensors
Murata's AMR Magnetic Switch Sensors are non-contact magnetic sensors of high sensitivity for use in a relatively low magnetic field. These sensors can detect a magnetic field in either a vertical or horizontal direction. With no mechanical components, AMR (Anisotropic Magneto Resistance) sensors are more reliable and robust than Hall effect IC's or reed switches. In addition, they have a higher detection sensitivity and a wider detection area. Murata's AMR Series are ideal for open/close or rotary detection applications such as mobile phones and notebook PC's, as well as in consumer white goods, industrial and security equipment. Both high sensitivity (1.5mT to 1.6mT) and low sensitivity (0.5 mT to 2.2mT) models are available.
Murata LFB182G Band Pass Filter
Murata announces the LFB182G Band Pass Filter balanced output matching filter, aimed at a broad range of 2.4 GHz wireless applications using ZigBee® and Bluetooth® low energy technologies. The new LFB182G Band Pass Filter has been designed specifically for use with wireless connectivity system-on-chips (SoCs) from Texas Instruments Incorporated (TI), the CC253x and CC254x for ZigBee and Bluetooth technology networking respectively. Believed to be the world's smallest filter available, Murata's LFB182G Band Pass Filter measures just 1.6 x 0.8 mm and incorporates all the necessary RF circuitry of a matching network, balun and filter within a single package. This tiny six-pin space saving Band Pass Filter ensures board space, BOM count and engineering effort are kept to a minimum.
Murata LQW2BA Series Chip Coil Inductors
Murata's LQW2BA Series Chip Coil Inductors for high frequency are a horizontally wire wound inductor in a case size of 0805
offering an inductance range of 2.8nH±5% to 820nH±5%, rated current of
180mA-800mA, maximum DC resistance of 2.35Ω, min. Q of 23, and minimum
self resonance frequency of 230MHz.
Murata VSLBx Piezoelectric Speakers
Murata VSLBx Piezoelectric Speakers offer high quality sound with sound pressure levels exceeding 92dB in a frequency range of 200Hz to 20KHz. Utilizing ultra-thin styling in a side ventilation housing enables the ultimate thickness reduction for Piezoelectric Speakers. Magnet-free Murata VSLBx Piezoelectric Speakers eliminate iron sand inhalation problems as well as electromagnetic noise. Murata VSLBx Piezoelectric Speakers are an excellent choice for mobile phones, tablets, and other solid state audio products.
Murata LQW2UA Series (Chip Coil) Inductors
Murata's LQW2UA Series (Chip Coil) Inductors
(1008 Size) have an inductance range of 12nH (±5%) to 4700nH (±5%) and
offer a rated current of 260mA to 1000mA, maximum DC resistance of
4ohm, minimum Q of 20, and operating temperature range of -55ºC to
+125ºC. Murata's LQW2UA Series Inductors can be used in the high frequency range of 10MHz to 3GHz because of their high self resonant frequency.
Murata LXES ESD Suppressors
Murata offers the LXES Series as a line of ceramic and silicon based ESD protection devices designed for high-speed data transmission environments. Both versions feature a fast response time of <1ns, high suppression levels, high repetition durability, low to ultra-low capacitance, and comply with IEC 61000-4-2 Level 4 (8kV Contact and 15kV Air Discharge). The Murata LXES Series ESD Suppressors
are ideal for HDMI 1.3, USB 2.0, USB 3.0, IEEE 1394b, computers &
peripherals, cell phones, A/V Equipment, STB, DVD, HDTV, and antenna
ports.
- Silicon LXES Series - low capacitance design (0.25pF typical), high suppression levels
(less than 100V output when input voltage is 15kV), and high repetition
durability (1000 cycles at 8kV contact voltage). Available in two, four
and six line array designs, along with single-line devices
- Ceramic LXES Series -bi-directional, ultra-low capacitance
(0.05pF typical), small case sizes 1.0 x 0.5 x 0.33mm, high repetition
durability (1000 cycles at 8kV contact voltage), low distortion (under
-100dBm at 800MHz), suitable for use in antenna circuitry
Murata CSTCR 4.00-7.99MHz Chip CERALOCK® Resonators
Murata's CSTCR 4.00-7.99MHz Chip CERALOCK® Resonators are SMD
resonators used for general consumer applications, full speed USB, and
automotive functions. Murata's chip type CERALOCK line offers a
built-in load capacitor, thereby eliminating the need for an external
load capacitor. The space savings realized, along with a small package
and low profile, provides high-density mounting. CSTCR 4.00-7.99MHz Chip CERALOCK® Resonators are available in a wide temperature
range.
Murata CSTCC 2.00-3.99MHz Chip CERALOCK® Resonators
Murata's CSTCC 2.00-3.99MHz Chip CERALOCK® Resonators are SMD resonators used for general consumer applications as well as automotive functions. Murata's chip type CERALOCK line offers a built-in load capacitor, thereby eliminating the need for an external load capacitor. The space savings realized, along with a small package and low profile, provides high-density mounting. Murata's CSTCC 2.00-3.99MHz Chip CERALOCK® Resonators are available in a wide temperature range.
Murata PTC Thermistors - POSISTOR®
The Murata PTC Thermistors - POSISTOR® - are Positive Temperature Coefficient (PTC) Thermistors. In a conventional NTC thermistor, the resistance decreases when the temperature increases, but the PTC Thermistors' resistance rises sharply when its temperature exceeds a specific temperature. These characteristics make Murata PTC POSISTORs ideal for circuit protection
in a variety of applications such as temperature sensor and temperature
compensation, and for current control in common household appliances,
humidifiers, facsimile, copies, dryers of all kinds, refrigerators,
freezers, and air conditioners.
Murata NXFT Series Thermo-String Long Lead NTC Thermistors
The Murata NXFT Series Thermo-String Long Lead NTC Thermistors monitor the temperature of hard to reach areas. The long leads (up to 100mm) allow the head of the thermistor to be situated away from the PCB or motherboard, close to the hot spots. The EIA 0402 case size NTC (Negative Temperature Coefficient) thermistors operate in the temperature range of -40ºC to +125ºC. Flexible coated lead wires enable simplified wiring in tight areas. Murata NXFT Series Thermo-String Long Lead NTC Thermistors are ideal for temperature compensation for transistor, IC, and crystal oscillators in portable devices, LCDs, and general use electric circuits, as well as a temperature sensor for rechargable batteries. The Murata NXFT Series is recognized by UL/cUL (UL1434, File no. E137188).
Murata BLA Series EMIFIL® Chip Ferrite Bead Arrays
The Murata BLA Series EMIFIL® Chip Ferrite Bead Arrays are inductor type arrays in case sizes 0804 and 1206. The Murata BLA Series offers a rated current range from 50mA to 200mA, impedance (at 100MHz/20ºC) between 10ohm and 1000ohm, and an operating range of -55ºC to +125ºC.
Murata BL Series EMIFIL® Chip Ferrite Beads
The Murata BL Series EMIFIL® Chip Ferrite Beads are inductor type ferrite beads with radial lead wires to produce a high frequency loss for suppression of noise. With easy-to-use, simple construction, the Murata BL Series
is effective for low impedance circuits such as power supplies and
grounds, as well as for preventing overshoot and undershoot of digital signals in clocks and suppressing the higher harmonic wave. In addition, the Murata BL Series EMIFIL Chip Ferrite Beads are
suitable for the prevention of abnormal oscillation at high frequency
amplifying circuits. Available in 6A or 7A rated current and operate
between -40ºC and +85ºC.
Murata BLM Series EMIFIL® Chip Ferrite Beads - EXPANSION
Murata has expanded its BLM Series EMIFIL® inductor type Chip Ferrite Beads with new case sizes, new rated currents, new impedance ranges, new applications!
The Murata BLM Series EMIFIL® inductor type Chip Ferrite Beads provide EMI and noise filtering
on a variety of electronics, faxes, printers, navigation systems, and
mobile phones through the power supply lines, clock line, bus line, USB
line, and interface ports, as well as oscillator outputs and headphone
outputs. The Murata BLM Series Chip Ferrite Beads feature a rated
current between 100mA and 6000mA, an impedance range of 10ohms to
1800ohms, and an operating temperature of -55°C to +125°C. Available in
case sizes 0201, 0402, and 0603 for general use,
high-speed signal lines, power supplies, power supplies with low DC
resistance type, and GHz band general use (low DC resistance type), the
single circuit BLM Series features Sn electrode plating.
View entire BLM Series
Murata PLY Series Hybrid Chokes
The PLY Series from Murata feature compact, high performance hybrid chokes designed for EMI suppression and filtering of common and differential mode noise on AC power lines. The Murata PLY Series includes standard winding type chokes with a minimum common mode inductance range from 0.9mH to 14.0mH and minimum normal mode inductance range from 65µH to 1000µH for lower frequency noise. In addition, the PLY series includes sectional winding type chokes with a minimum common mode inductance range from 0.7mH to 3.5mH and minimum normal mode inductance range from 50µH to 840µH for higher frequency noise. The Murata PLY Series Hybrid Chokes have a vertical core layout, rated current range of 0.5A to 2.0A, rated voltage of 300Vac, minimum insulation resistance of 100ohm, and an operating temperature range of -25⁰C to 120⁰C. Additionally, the PLY Series Hybrid Chokes from Murata have the same pin layout as common mode chokes, enabling the PLY10 Series Hybrid Chokes to replace conventional components.
Murata PLH Series High Frequency Chokes
The PLH Series Common Mode Chokes from Murata provide EMI suppression and filtering of high frequency noise above 10MHz on AC power lines. The Murata PLH Series Common Mode Chokes have a vertical core layout, rated voltage of 300V, minimum insulation resistance of 100ohm, and an operating temperature range of -25⁰C to 120⁰C. The EN60065 safety-recognized parts are rated 300V with an operating temperature range of -25⁰C to 60⁰C. The Murata PLH Series Common Mode Chokes are available with a minimum common mode inductance of 110µf, 160µf, 290µf, and 370µf and a rated current of 1.0A, 1.2A, 2.1A, and 2.6A.
Murata PLA Series Winding Type Chokes
The PLA Series from Murata feature compact AC common mode chokes for EMI suppression and filtering on AC power lines. The PLA Series includes standard winding type chokes with a minimum common mode inductance range from 1.5mH to 43.0mH for lower frequency noise and sectional winding type chokes with a minimum common mode inductance range from 0.9mH to 36.0mH for higher frequency noise. The Murata PLA Series Common Mode Chokes have a compact and lightweight design, vertical core layout, rated current range of 0.3A to 2.0A, rated voltage of 300V (250V for EN60065 safety-recognized parts), minimum insulation resistance of 100Mohm, and an operating temperature range of 25⁰C to 120⁰C (-25⁰C to 60⁰C for EN60065 safety-recognized parts).
Murata RH Series 150⁰ Radial Lead Ceramic Capacitors
The Murata RH Series 150⁰ Radial Lead Ceramic Capacitors are low ESR and ESL, high capacitance, high frequency capacitors suitable for automotive electronic equipment (power-train, safety equipment). The RH Series has X8L temperature characteristics (±15/-40%). Coated with a protective silicone resin, the Murata RH Series 150 ⁰ Radial Lead Ceramic Capacitors are available with a capacitance range of 1000pF to 1.0µF (DC50V) and a range of 1000pF to .022µF (DC100V). Murata's RH Series meet AEC-Q200 requirements.
Murata DLP Series SMD Common Mode Chokes
The Murata DLP Series SMD Common Mode Chokes are for high-speed and ultra-high-speed differential signal lines such as USB, LVDS/IEEE1394, etc. The chip type DLP Series provides EMI suppression in case sizes 03025, 0504, 0804, and 1206. The Murata DLP Series SMD Common Mode Chokes are useful in a number of applications, such as cellular baseband+CPU, interface, power supply units, display panel, audio circuit, remote controllers, and inverters.
NEW! DLP11TB Common Mode Choke that supports SuperSpeed USB3.0 demands!
Murata DLP11TB Common Mode Choke Supporting USB 3.0
Murata has expanded its DLP Series Common Mode Chokes to include the DLP11TB, a 1210 size chip-type common mode choke coil designed to address the unique noise issues of higher frequencies of SuperSpeed USB3.0 devices. The Murata DLP11TB matches the characteristic impedance of the 90Ω USB3.0 standard. The Murata DLP11TB Common Mode Choke utilizes micromachining technology using thin film processes to successfully boost the cut-off frequency in the transmission characteristics (Sdd21) of the choke coils from the cut-off frequency featured by previous series to a high 8 GHz or more, enabling SuperSpeed signals to be transmitted.
See all Murata DLP Series Common Mode Chokes
Murata GCJ Series Soft Termination MLCC
The Murata GCJ Series Soft Termination MLCC are medium voltage capacitors for automotive electronic equipment (power-train, safety equipment). The GCJ Series meet AEC-Q200 requirements. The Murata GCJ Series Soft Termination MLCC improve the endurance against board bending stress through the conductive polymer termination. For flow or reflow soldering.
Murata NTC Thermistors
Murata's NTC Thermistors use semi-conductive ceramic and electrode printing technologies to form a temperature sensor with negative temperature characteristics; that is, its resistant
values decrease as ambient temperatures rise. Using an excellent
material in the heat response, Murata's NTC Thermistors are used widely for temperature detection
devices for inrush current protection and temperature compensation in
electronics such as mobile devices, secondary batteries, and
automobiles. Murata offers a variety of thermistor products for the demands of many applications.
Murata LQP03T_02 Series 0201 High Frequency Film Chip Inductors
The Murata LQP03T_02 Series 0201 High Frequency Film Chip Inductors (SMD Chip Coil)
are high frequency film type and offer tight inductance E12 and E24
step values from 0.6nH to 120nH and an ultra small size (EIA 0201, 0.6x0.3x0.3mm). This enables easy impedance matching at both RF and IF circuits within a compact high frequency design. The LQP03T_02 Series offers a wide range of inductors with test frequencies at 500MHz and 300MHz, rated currents from 100mA to 850mA, and High Q value in the high frequency range. The Murata LQP03T_02 Series 0201 High Frequency Film Chip Inductors are
ideal for high frequency circuits of mobile phones (PA, ANT, VCO, GSM,
CDMA, PDC), Bluetooth, W-LAN, and general high frequency circuits.