NLCV25T-4R7M-EFRD

TDK
810-NLCV25T4R7MEFRD
NLCV25T-4R7M-EFRD

Mfr.:

Description:
RF Inductors - SMD 4.7uH 0.57ohms 500mA 2.5x2.0mm AEC-Q200

Datasheet:
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Learn more about TDK NLCV25T-4R7M-EFRD

In Stock: 17.143

Stock:
17.143 Can Dispatch Immediately
Factory Lead Time:
10 Weeks Estimated factory production time for quantities greater than shown.
Minimum: 1   Multiples: 1
Unit Price:
Rp-,--
Ext. Price:
Rp-,--
Est. Tariff:

Pricing (IDR)

Qty. Unit Price
Ext. Price
Rp3.678,57 Rp3.678,57
Rp3.012,92 Rp30.129,20
Rp2.645,07 Rp66.126,75
Rp2.487,41 Rp248.741,00
Rp2.172,11 Rp543.027,50
Rp1.961,90 Rp1.961.900,00
Full Reel (Order in multiples of 2000)
Rp1.821,77 Rp3.643.540,00
Rp1.734,18 Rp6.936.720,00

Product Attribute Attribute Value Select Attribute
TDK
Product Category: RF Inductors - SMD
RoHS:  
Wirewound
1008 (2520 metric)
Unshielded
4.7 uH
20 %
285 mA
800 mOhms
- 40 C
+ 105 C
20
Standard
2.5 mm
2 mm
1.9 mm
Ferrite
AEC-Q200
NLCV-EFRD
Reel
Cut Tape
Application: Commercial
Brand: TDK
Case Code - in: 1008
Case Code - mm: 2520
Country of Assembly: Not Available
Country of Diffusion: Not Available
Country of Origin: JP
Mounting Style: PCB Mount
Product: RF Inductors
Product Type: RF Inductors - Leaded
Factory Pack Quantity: 2000
Subcategory: Inductors, Chokes & Coils
Termination Style: SMD/SMT
Test Frequency: 7.96 MHz
Part # Aliases: NLCV25T-4R7M-EFRD -
Unit Weight: 10 mg
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Attributes selected: 0

Datasheet

CNHTS:
8504500000
CAHTS:
8504500000
USHTS:
8504508000
JPHTS:
850450000
KRHTS:
8504502090
TARIC:
8504500090
MXHTS:
8504509199
BRHTS:
85045000
ECCN:
EAR99

Electric Vehicle Solutions

The rise of electric vehicles brings with it the need for downsized components that remain robust and effective. TDK provides a wide variety of electronic components well-suited to meet demands of the harsh environments of automotive applications. Products such as inductors, common-mode chokes, ferrite beads, MLCCs, and more are designed with specialized materials and unique structures to offer high performance and reliability under even the most severe usage conditions.

Electric Vehicle - Network

With the aim of improving things like safe driving, lowering the environmental burden, and increasing passenger comfort, vehicles increasingly need a high-speed in-vehicle LAN that connect multiple ECUs (electronic control units) together. The number of sensors and camera equipment necessary to meet the demand of added functionality has contributed to weight increases in the wiring harnesses and increased EMI. TDK offers a number of electronic components such as common mode filters, chip varistors, MLCC arrays, and "soft termination" MLCCs, designed to conserve space in ECU circuit boards, provide effective countermeasures against EMI, and maintain a high level of performance even in the harshest automotive environments.

Inductors

TDK Inductors are manufactured using state-of-the-art multilayer processing technologies, wire-winding technology, or thin-film technologies. TDK's unique multilayer processing technology provides higher inductance and Q characteristics as well as further miniaturisation. The portfolio includes a wide spectrum of filters, SMT inductors, power inductors, transponder coils and line reactors. These components are designed for use in high-frequency, signal, and power circuits. TDK Inductors are ideal for a range of applications including mobile devices, consumer electronics, solar power inverters, power supplies, on-board chargers, and automobile systems.

Electric Vehicle - Safety

TDK Electric Vehicle Safety products include MLCCs, inductors, EMC components, and sensor systems designed to meet rigorous requirements for quality and long-term performance. With strict standards for safety-critical applications such as ADAS, airbag, EPS, ABS, TPMS (among others), automotive manufacturers rely heavily on the high-performance and stability of the electronic components used in these systems. 

Signal Inductors

TDK Signal Inductors are manufactured using state-of-the-art multilayer processing and wire-winding technologies. Its wire-winding technology uses a highly-effective closed magnetic circuit with ferrite particles of high permeability, to enable lower Rdc values and reduced energy consumption. TDK Signal Inductors are designed for use in a wide variety of applications, ranging from mobile devices and consumer electronics to various types of automotive equipment and systems.

NLCV-EFRD Automotive Inductors

TDK NLCV-EFRD Automotive Inductors are resin mold-type wound inductors for decoupling circuits. This series features an operating temperature range of -40°C to +125°C and an inductance range of 0.1µH to 330µH. Typical applications for TDK NLCV-EFRD Automotive Inductors include car navigation systems, car audio, and electronic throttle control (ETC).

NLCV25-PFD Inductors

TDK NLCV25-PFD Inductors for decoupling circuits feature a resin mold-type wound device. This series is designed for vehicle accessories such as car navigation systems, car audio, and more.

NLCV Wound Ferrite Inductors

TDK NLCV Wound Ferrite Inductors are resin mold-type wound inductors for decoupling circuits. These devices have an operating temperature range of -40°C to +105°C. Applications for TDK NLCV Wound Ferrite Inductors include smart meters, AV equipment, xDSL, vehicle accessories, and industrial electronic devices for communications infrastructure.

Inductors for Decoupling Circuits

TDK Inductors for Decoupling Circuits include several product families that serve different types of applications. Among these application types are engine control models, automotive (including advanced driver assistance), smart meters, AV equipment, xDSL, vehicle accessories, and industrial electronic devices. Select models within this family of inductors provide high reliability in harsh conditions, withstanding temperatures up to 150°C. The TDK inductors feature unique construction options, including soft termination technology, resin molds, and more. TDK Inductors for Decoupling Circuits are available in several package sizes, with various levels of resistance and rated currents. 

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