• LFC^® substrates are ceramic substrates using Ag with low-resistance for conductive material. They are used for multilayer high-density wiring substrate for automobile multi-chip modules where high reliability is required under high temperature such as in engine rooms.
• Eight-inch-square low-temperature co-fired ceramic substrates (LTCC), the world’s largest size, realize high dimensional accuracy and a very flat surface at 0.05% and 5μm/4mm respectively.
• This material is made with lead- and cadmium-free, environmentally friendly materials, and is one on which electroless Ni/Au plating can easily be applied. It can also be formed into very reliable printed resistors that are essential for automobile-use substrates.

Application examples which utilize LFC Substrates ABS, TCU, EPS *Other Microwave Modules

Characteristics	Ceramics Composition		Bulk Density (g)	Flexural Strength(MPa)	Thermal Expansion Co-efficient	Dielectric Constant
	CaO-Al2O3-SiO2 -B2O3+Al2O3		2.9 / cm3	270 min.	5.5×10-6/°C	7.7 (1MHz)
	Temperature Co-efficient (TCC)		Dielectric Loss	Thermal Conductivity (W)	Insulation Resistance between Layers(Ω)	Breakdown Voltage (kV)
	110ppm/°Cmax.		6×10-4(1MHz) /5×10-3(10GHz)	2.5/m·K	1010 min.	5 (300μm) min.

Application	Use	Type	Series
Powertrain/Safety Equipment	High Capacitance		GCM (X7R etc.) 0.5µF to 10µF
	TC		GCM (C0G etc.) 220pF to 10µF
	Low ESL		LLC 2200pF to 2.2µF
	Medium Voltage		GCM (U2J, X7R etc.) 10pF to 0.47µF
Entertainment/ Information/ Comfort/ Security	Decoupling, Smoothing	High Capacitance	GRM (X5R, X7R, Y5V etc.) 220pF to 100µF
		Array (2 or 4 Elements)	GNM 10pF to 2.2µF
	Tuning/Oscillating/High Frequency Filtering Circuits	TC	GRM (C0G/U2J etc.) 0.1pF to 0.1µF
	High Speed Decoupling	Low ESL (LW Reverse Geometry)	LLL 22000pF to 10µF
		Low ESL (Multi-termination)	LLA/LLM (1GHz min.) 10000pF to 4.5µF
	High Frequency Decoupling	Low ESL (50V-200V)	ERB (1MHz to 1GHz) 0.5pF to 1000pF
		Low ESL (Ultra Small)	GJM (500MHz to 10GHz) 0.1pF to 20pF
		Lowest ESL	GQM (500MHz to 10GHz) 0.5pF to 100pF
			GMA 100pF to 10000pF
	Medium Voltage High Frequency Snubber	250V/630V/1kV/2kV/3.15kV Low Dissipation	GRM (U2J etc.) 10pF to 10000pF
	Medium Voltage LCD Back Lighting Inverters	3.15kV Low Dissipation	GRM (C0G etc.) 5pF to 47pF
	Medium Voltage Bypass	250V/630V/1kV High Capacitance	GRM 220pF to 1µF

• Adoption of monolithic chip capacitor helped reduce size and expand capacity.

Series	Temperature Characteristics		Rated Voltage (V)	Operating Temperature Range (°C)
RPE	C0G,X7R		DC50 (Capacitance Range: 0.5pF to 4.7µF)	-55 to +125
			DC100 (Capacitance Range: 1pF to 2.2µF)
RDE	X7R		DC250 (Capacitance Range: 1000pF to 1.0µF)
			DC630 (Capacitance Range: 1000pF to 0.47µF)

·The RDE series, designed for general electronic equipment, is available for use in comfort features, accessories, and information equipment.

• High voltage resistant ceramic materials and high voltage resistant construction helped realize high pressure resistance and reliability.

Series	Temperature Characteristics		Test Voltage (kV)	Capacitance (pF)	Operating Temperature Range (°C)
DHR	SL (+350 to -1000ppm/°C)		DC35	12 to 20	-40 to +140

• TZS2 Series
  Ultra thin architecture of 1.0mm maximum height was developed for the Keyless Entry and immobilizer products.
• TZY2/TZS2/TZR1 Series
  Capacitor variation at 4mm product level is realized for 2mm product using Murata’s renowned ceramic technology. Due to its resin-free construction, it is soldering-heat resistant and displays stable performance after reflow. Surface precision is improved through a special polishing process of the sliding surface for superior capacitance-setting stability.

Series	Type		Q	Rated Voltage (Vdc)
TZY2/TZV2/TZS2	2mm SMD Type		200 min.	25
TZC3	3mm SMD Type		300 min.	100
TZB4_A/B/E	4mm SMD Type		300 min.	50/100

• Stable with little age deterioration
• Can work with high precision
• Lead-free, UL certified
• Original manufacturing method and electrode construction improves its solderability and environment resistance.
• B-value does not need to be adjusted when the size is reduced

Series	Resistance (Ω)	Resistance Tolerance (%)	Operating Temperature Range (°C)
NCP15	22 to 470k	±5, ±3, ±1*	-40 to +125
NCP18

• High precision at ±1% for both resistance and B-value deviations
• Uniform elements are made through precision sheet formation
• Suitable for taping

Series	Resistance (Ω)	Resistance Tolerance (%)	Operating Temperature Range (°C)
NTSS	2k to 100k	±1	-40 to +125

• Compact, surface mounting type with superior thermal responsiveness
• Non-contact action causes no noise
• Original raw materials with different detected temperature have been developed

Series	Sensing Temperature (°C)	Max. Voltage (V)	Operating Temperature Range (°C)
PRF	+65 to +145*	32	-40 to +150

• Range of operating current and non-operating current between -10 to +60°C is less than twice as much.
• Original raw materials are developed to realize high precision.

Series	Resistance Tolerance (%)	Operating Temperature Range (°C)	Max. Voltage (V)
PTGL_S	±10	-40 to +105	30 to 140

• Product line-up includes 2mm and 3mm size products that are thinner than previous models, helping to making sets thinner and smaller.
  Product height: Height of 2mm-size product is reduced from 1.0mm to 0.85mm maximum, while 3mm-size product is reduced from 1.95 to 1.25mm maximum.

Series	Type	Size (mm)	Effective Rotation Angle	Rated Electric Power (W)	TCR (ppm/°C)
PVZ2A_C04	Low Profile	2	240±10°	0.1	500
PVZ3G_C01		3	230±10°	0.1	500

• The NFM_H/NFE_H series is very reliable.
• Capacitor type EMI suppression filter with three-terminal structure reducing residual inductance, and has a large noise suppression effect at frequencies ranging from several MHz range to several GHz range.
• In addition to the comprehensive size variation between 0603 and 2706 sizes, the wide range of products in this line includes such applications as DC power supply lines, general signal lines and high-speed signal lines.
• The NFM/NFL/NFR series includes array-type with four circuits built-in.

•Powertrain, Safety Equipment

Series	Type	Operating Temperature Range (°C)	Size	Capacitance(pF)	Rated Voltage(Vdc)	Rated Current(mA)
NFM_H NFE_H	Capacitor Type (NFM_H)	-55 to +125	0805	22 to 470000	10 to 50	700 to 2000
	LC Combined Type Large Current (NFE_H)	-55 to +125	2706	33 to 3300	100	2000

•Comfort, Accessory, Information Equipment

Series	Type	Operating Temperature Range (°C)	Size (EIA)	Capacitance (pF)	Rated Voltage (Vdc)	Rated Current (mA)	Cut-off Frequency (MHz)	Resistance (Ω)
NFM NFA NFL NFE NFW NFR	Capacitor Type (NFM_C/NFA)	-55 to +125(NFM) -40 to +85(NFA)	0603 to 1806	22 to 22000	16 to 100	200 to 2000	-	-
	LC Combined Type (NFL/NFA/NFW)	-55 to +125(NFL/NFA) -40 to +85(NFW)	0603 to 1206	-	10 to 25	20 to 300	10 to 500	-
	LC Combined Type for Large Current (NFE)	-40 to +85(NFE31) -25 to +85(NFE61)	1206 to 2706	22 to 4700	25 to 50	2000 to 6000	-	-
	Capacitor Type for Large Current (NFM_P)	-55 to +125*	0603 to 2220	0.022 to 4.7µF	6.3 to 50	2000 to 6000	-	-
	RC Combined Type (NFR/NFA)	-40 to +85	0805 to 1206	10 to 100	6 to 50	15 to 50	-	6.8 to 100

• The BLM_SH series is very reliable.
• Usable for circuits where stable ground is unavailable.
• In addition to the comprehensive size variation from 01005 to 1806 (EIA) sizes, the wide range of products in this line includes applications such as a general circuits, high-speed signal lines, power supplies and GHz range noise suppression.

Series	Use	Operating Temperature Range (°C)	Size (EIA)	Impedance (Ω)	Rated Current(mA)
BLM	for General Circuits	-55 to +125	01005 to 1206	10 to 1000 (at 100MHz)	100 to 1000
	for High Speed Signal Lines		0201 to 0805	5 to 2700 (at 100MHz)	50 to 700
	for Power Supplies		0201 to 1806	10 to 1000 (at 100MHz)	750 to 6000
	for GHz Range Noise Suppression		0402 to 0603	140 to 2700 (at 1GHz)	50 to 2000

•Impedance - Frequency Characteristics [1000Ω (at 100MHz)]

• DLW31SH series is very reliable.
• These choke coils are effective against common mode noise from several MHz to several 100MHz frequency range.
• In addition to the comprehensive size variation between 03025 and 2020 sizes, the wide range of products in this line includes applications such as a high-speed differential signal lines, DC power supply lines, and audio signal lines.

• Powertrain, Safety Equipment

Series	Use	Operating Temperature Range(°C)	Size(EIA)	Common Mode Impedance(Ω)	Rated Current(mA)	Rated Voltage(Vdc)
DLW31SH	for High Speed Differential Signal Lines	-40 to +125	1206	2200 (at 100MHz)	80	32

• Comfort, Security, Information, Accessory Equipment
  ·Reliability Reference Separate Comformity Parts

Series	Use	Operating Temperature Range(°C)	Size(EIA)	Common Mode Impedance(Ω)	Rated Current(mA)	Rated Voltage(Vdc)
DLP DLW DLM	for High Speed Differential Signal Lines (DLP/DLW)*	-40 to +85	03025 to 1206	67 to 2200 (at 100MHz)	60 to 400	5 to 50
	for DC Power Lines(DLW)	-25 to +85	2014 to 2020	100 to 4000 (at 100MHz)	200 to 6000	50
	for Audio Signal Lines(DLM)	-40 to +85	0504 to 1008	600 (at 100MHz)	100	5 to 16

• High precision oscillating frequency makes replacement and downsizing from a crystal resonator possible.
• Built-in load capacitance helped achieve compactness and high reliability by reducing the number of components used.
• Shorter oscillation rise time than crystal resonators helped shorten the microcomputer rise time
• Outstanding oscillation stability
• Excellent resistance against vibration, shock and foreign matters was achieved by tiny and firmly mounted ceramic element.
• Since the ceramic element itself is stable, there is little age deterioration. Maintains high precision for a long time, at less than ±0.1 frequency variation after 2,000 hours storage under high temperature
• Excellent solderability
• Very low failure rate and very reliable

Series	Frequency Range(MHz)	Size (mm)	Total Frequency Tolerance(ppm)	Operating Temperature Range (°C)
CSTCR_G_C	4.00 to 7.99	4.5×2.0×1.2	±3000	-40 to +125
CSTCE_G_C	8.00 to 13.99	3.2×1.3×0.8
CSTCE_V_C	14.00 to 20.00	3.2×1.3×1.0

• Replacement and downsizing from crystal resonator is possible.
• Built-in load capacitance helped achieve compactness and high reliability by reducing the number of components used.
• Shorter oscillation rise time than crystal resonators helped to shorten the microcomputer rise time
• Excellent solderability

Series	Frequency Range(MHz)	Size (mm)	Initial Frequency Tolerance(%)	Operating Temperature Range(°C)
CSTCC_G_A	2.00 to 3.99	7.2×3.0×1.8	±0.5	-40 to +125
CSTCR_G_B	4.00 to 7.99	4.5×2.0×1.2
CSTCE_G_A	8.00 to 13.99	3.2×1.3×0.8
CSTCE_V_C	14.00 to 20.00	3.2×1.3×1.0
CSTCV_X_Q	20.01 to 70.00	3.7×3.1×1.4*