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Antall | |
---|---|
1+ | kr 32,970 |
10+ | kr 26,260 |
25+ | kr 25,080 |
100+ | kr 23,910 |
250+ | kr 23,080 |
500+ | kr 22,260 |
Produktinformasjon
Produktoversikt
MAX6604AATA+T is a high-precision temperature sensor designed for thermal monitoring functions in DDR memory modules. This device is readable and programmable through the 2-wire SMBus/I²C-compatible interface. Three address inputs set the bus address for the temperature sensor to provide upto eight devices on one bus. The internal thermal sensor continuously monitors the temperature and updates the temperature data eight times per second. The host can read the temperature data at any time. Since the thermal sensor is located on the memory module, the temperature data recorded accurately represents the temperature of the components on the module. Consequently, this device provides a much more accurate measurement of module temperature than techniques involving temperature sensors on the motherboard. It is used in applications such as memory modules, desktop computers, notebook computers, workstations, and networking equipment.
- JEDEC compliant, 400KHz serial clock frequency
- ±1°C temperature-monitoring accuracy
- Overtemperature interrupt with programmable threshold
- Operating voltage range from +2.7V to +3.6V
- SMBus/I²C-compatible interface
- Operating current is 300µA typical
- Shutdown current is 3µA typical
- Operating temperature is -20°C to +125°C
- Package style is 8-lead TDFN-EP
Advarsler
Market demand for this product has caused an extension in leadtimes. Delivery dates may fluctuate. Product exempt from discounts.
Merknader
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
Tekniske spesifikasjoner
Digital
± 1°C
-20°C
-
TDFN
8Pins
3.6V
11 bits
-20°C
-
MSL 1 - Unlimited
Digital
± 1°C
-
125°C
TDFN-EP
2.7V
1Channels
I2C, SMBus
125°C
-
No SVHC (21-Jan-2025)
Teknisk dokumentasjon (1)
Lovgivning og miljø
Land der forrige produksjonsprosess av betydning ble fortattOpprinnelsesland:Thailand
Land der forrige produksjonsprosess av betydning ble fortatt
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