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Ilość | Cena (bez VAT) |
---|---|
100+ | 8,860 zł |
250+ | 8,400 zł |
500+ | 8,140 zł |
1000+ | 7,890 zł |
Informacje o produkcie
Specyfikacja
A6983NQTR is an easy-to-use synchronous monolithic step-down regulator capable of delivering up to 3ADC to the load. The wide input voltage range makes the device suitable for a broad range of applications. It is based on peak current mode architecture with internal compensation thus minimizing design complexity and size. The “low consumption mode” is designed for applications active during car parking, so it maximizes the efficiency at the light load with the controlled output voltage ripple. The “low noise mode” makes the switching frequency constant and minimizes the output voltage ripple overload current range, which meets the low noise application specification, such as for car audio. It is used in applications such as designed for automotive systems, battery-powered applications, car audio and low noise applications (LNM), and smart ambient lighting system supply.
- AEC-Q100 qualified, operating input voltage range from 3.5V to 38V
- Load dump tolerant up to 40V, adjustable output voltage
- LNM (low noise mode), optional spread spectrum for improved EMC
- Internal compensation network, internal soft-start, thermal protection
- High voltage VIN compatible enable, output overvoltage protection, output voltage sequencing
- Power good, synchronization to external clock
- Quiescent current from VIN is 2.3mA typical at (VBIAS = GND)
- Shutdown current from VIN is 2μA typical at (VEN = GND)
- Synchronization range from 200KHz to 2200KHz
- Operating temperature range from -40°C to +150°C, QFN16 package
Specyfikacje techniczne
Regulowane
Synchroniczne buck (step down)
38V
3 A
16Pins
-
38V
-
150°C
AEC-Q100
QFN-EP
2.3MHz
1Outputs
3.5V
3A
QFN-EP
Montaż powierzchniowy
850mV
2.3MHz
-40°C
-
No SVHC (21-Jan-2025)
AEC-Q100
Dokumentacja techniczna (1)
Ustawodawstwo i kwestie dotyczące ochrony środowiska
Kraj, w którym odbył się ostatni istotny etap procesu produkcjiKraj pochodzenia:Thailand
Kraj, w którym odbył się ostatni istotny etap procesu produkcji
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