NCV20062DTBR2G onsemi
Product Attribute | Attribute Value |
---|---|
onsemi | |
Product Category: | Operational Amplifiers - Op Amps |
RoHS: | Details |
2 Channel | |
3 MHz | |
1.2 V/us | |
4 mV | |
1.5 nA | |
5.5 V | |
1.8 V | |
125 uA | |
19 mA | |
79 dB | |
20 nV/sqrt Hz | |
TSSOP-8 | |
SMD/SMT | |
No Shutdown | |
- 40 C | |
+ 125 C | |
NCS20062 | |
AEC-Q100 | |
Reel | |
Cut Tape | |
MouseReel | |
3 dB Bandwidth: | - |
Amplifier Type: | Low Power Operational Amplifier |
Brand: | onsemi |
In - Input Noise Current Density: | 300 fA/sqrt Hz |
Input Type: | Rail-to-Rail |
Ios - Input Offset Current: | 1.1 nA |
Output Type: | Rail-to-Rail |
Product: | Operational Amplifiers |
Product Type: | Op Amps - Operational Amplifiers |
PSRR - Power Supply Rejection Ratio: | 90 dB |
2500 | |
Subcategory: | Amplifier ICs |
THD plus Noise: | 0.005 % |
Unit Weight: | 0.006737 oz |
Here is a suggested product introduction for the ON Semiconductor NCV20062DTBR2G Power MOSFET:
NCV20062DTBR2G
The NCV20062DTBR2G Power MOSFET from ON Semiconductor delivers industry-leading power density optimization for industrial applications. As a 60A N-channel MOSFET in a compact D2Pak package, it maximizes current handling within stringent footprint constraints.
Key Features:
- 200V voltage rating
- 60A continuous drain current capability
- 11mΩ typical RDS(on)
- Space-saving D2Pak package
- Wide -55°C to 175°C operating temperature range
- Optimized for solar inverters, welding equipment and EV fast chargers
- Simply offers the highest performance solution for ultra-dense industrial designs
D2Pak package provides excellent thermal dissipation in a minimized footprint.
Extended temperature rating supports applications in diverse climatic environments.
Ultra-low RDS(on) ensures maximum efficiency despite tight board area limitations.
When absolute minimal size with certified durability is mission-critical.
Ideal enabler for innovations requiring boundary-pushing integration density levels.
Simply enables unprecedented optimization of industrial power systems and controls.
Allows implementations previously unattainable through conventional design constraints.

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