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NTHL060N065SC1

Name: onsemi NTHL060N065SC1
Brand: onsemi
SKU: 863-NTHL060N065SC1
Price: 306.8 THB
Availability: InStock

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Mouser No:

863-NTHL060N065SC1

Mfr. No:

NTHL060N065SC1

Mfr.:

onsemi

Description:

SiC MOSFETs SIC MOS TO247-3L 650V

Datasheet:

NTHL060N065SC1 Datasheet

ECAD Model:

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In Stock: 569

Stock:: 569 Can Dispatch Immediately

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Factory Lead Time:: 17 Weeks Estimated factory production time for quantities greater than shown.

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Pricing (THB)

Qty.	Unit Price	Ext. Price
	฿306.80	฿306.80
	฿208.00	฿2,080.00
	฿184.93	฿18,493.00
	฿184.60	฿83,070.00
	฿177.78	฿160,002.00
2,700	Quote

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Product Attribute	Attribute Value	Select Attribute
Manufacturer:	onsemi
Product Category:	SiC MOSFETs
RoHS:
REACH - SVHC:
Mounting Style:	Through Hole
Package/Case:	TO-247-3
Transistor Polarity:	N-Channel
Number of Channels:	1 Channel
Vds - Drain-Source Breakdown Voltage:	650 V
Id - Continuous Drain Current:	47 A
Rds On - Drain-Source Resistance:	70 mOhms
Vgs - Gate-Source Voltage:	- 8 V, + 22 V
Vgs th - Gate-Source Threshold Voltage:	4.3 V
Qg - Gate Charge:	74 nC
Minimum Operating Temperature:	- 55 C
Maximum Operating Temperature:	+ 175 C
Pd - Power Dissipation:	176 W
Channel Mode:	Enhancement
Tradename:	EliteSiC
Brand:	onsemi
Configuration:	Single
Fall Time:	8 ns
Forward Transconductance - Min:	12 S
Packaging:	Tube
Product Type:	SiC MOSFETS
Rise Time:	32 ns
Series:	NTHL060N065SC1
Factory Pack Quantity:	450
Subcategory:	Transistors
Technology:	SiC
Typical Turn-Off Delay Time:	23 ns
Typical Turn-On Delay Time:	12 ns

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Datasheet

NTHL060N065SC1 Datasheet

PCN

Product Change Notification (PDF)

Material Composition Disclosure

CNHTS:: 8541290000
CAHTS:: 8541290000
USHTS:: 8541290065
TARIC:: 8541290000
MXHTS:: 8541299900
ECCN:: EAR99

650V Silicon Carbide (SiC) MOSFETs

onsemi 650V Silicon Carbide (SiC) MOSFETs provide superior switching performance and higher reliability compared to Silicon (Si). These 650V SiC MOSFETs have low ON resistance and a compact chip size to ensure low capacitance and gate charge. Benefits include high efficiency, fast operation frequency, increased power density, reduced EMI, and reduced system size.

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The heat pump stands as a cornerstone of the global shift towards secure and sustainable heating, harnessing low-emissions electricity to provide reliable warmth. While its primary function is heating, innovative reverse cycle models also offer cooling capabilities. Moreover, by efficiently recovering waste heat and elevating its temperature to practical levels, heat pumps hold immense potential for energy conservation. As businesses pivot towards a low-carbon future, there's a growing demand for more efficient power semiconductors. Balancing cost, footprint, and efficiency is paramount in this pursuit. onsemi Intelligent Power Modules (IPMs) emerge as a noteworthy solution within the heat pump market, offering compact design, high power density, and advanced control features.

NTHL060N065SC1 Silicon Carbide (SiC) MOSFET

onsemi NTHL060N065SC1 Silicon Carbide (SiC) MOSFET provides superior switching performance and higher reliability. The MOSFET has low ON resistance and its compact chip size ensures low capacitance and gate charge. Consequently, system benefits include the highest efficiency, faster operation frequency, increased power density, reduced EMI, and reduced system size.

M2 EliteSiC MOSFETs

onsemi M2 EliteSiC MOSFETs feature voltage options of 650V, 750V, and 1200V. The onsemi M2 MOSFETs come in various packages, including D2PAK7, H-PSOF8L, TDFN4 8x8, TO-247-3LD, and TO-247-4LD. The MOSFETs provide flexibility in design and implementation. Additionally, the M2 EliteSiC MOSFETs boast a maximum gate-to-source voltage of +22V/-8V, low R_DS(on), and high short circuit withstand time (SCWT).

Pairing Gate Drivers with EliteSiC MOSFETs

Energy Infrastructure applications like EV charging, energy storage, Uninterruptible Power Systems (UPS), and solar are pushing system power levels to hundreds of kilowatts and even megawatts. These high-power applications employ half bridge, full bridge, and 3-phase topologies duty cycling up to six switches for inverters and BLDC. Depending on the power level and switching speeds, system designers look to various switch technologies, including silicon, IGBTs, and SiC, to best fit application requirements.