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Määrä | |
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1+ | 3,910 € |
10+ | 3,010 € |
25+ | 2,780 € |
100+ | 2,500 € |
250+ | 2,440 € |
500+ | 2,360 € |
Tuotetiedot
Tuotteen yleiskatsaus
The MAX865EUA+T is a compact, dual-output charge pump in 8 pin µMAX package. It produces positive and negative outputs from a single positive input and requires only four capacitors. The charge pump first doubles the input voltage and then inverts the doubled voltage. The input voltage ranges from +1.5V to +6V. The internal oscillator is guaranteed to be between 20KHz and 38KHz, keeping noise above the audio range while consuming minimal supply current. 75ohm output impedance permits useful output currents up to 20mA. The MAX865 comes in a 1.11mm-high, 8-pin μMAX package that occupies half the board area of a standard 8-pin SOIC. Typical applications include low voltage GaAsFET bias in wireless handsets, VCO and GaAsFET supplies, split supply from 3 Ni cells or 1 Li+ cell, low-cost split supply for low voltage, data-acquisition systems, split supply for analogue circuitry and LCD panels.
- Oscillator frequency is 24KHz
- Operating temperature range from -40°C to 85°C
- Power efficiency is 85%
- Voltage conversion efficiency is 99% atV+, RL = infinity
- Data Acquisition; LCD Panels; Low-Cost Split Supply for Low-Voltage; Low-Voltage GaAsFET Bias in Wireless Handsets;
- Split Supply for Analog Circuitry; Split Supply from 3 Ni Cells or 1 Li+ Cell; VCO and GaAsFET Supplies
Sovellukset
Power Management
Varoitukset
ADI products are only authorized (and sold) for use by the customer and are not to be resold or otherwise passed on to any third party
Huomautuksia
Market demand for this product has caused an extension in leadtimes. Delivery dates may fluctuate. Product exempt from discounts.
Tekniset tiedot
µMAX
20mA
-
1.5V
Doubler, Inverting
-40°C
-
No SVHC (21-Jan-2025)
8Pins
12V
-
6V
Surface Mount
85°C
MSL 1 - Unlimited
Tekniset asiakirjat (1)
Vaihtoehdot osanumerolle MAX865EUA+T
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Maa, jossa viimeinen merkittävä valmistusvaihe on tehtyAlkuperämaa:Thailand
Maa, jossa viimeinen merkittävä valmistusvaihe on tehty
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