Maxim MAX660 Manuals

ManualLib has 9 documents for the Maxim MAX660 (Other Electronics): 8 datasheets. Every file can be read online or downloaded as a PDF for free.

Datasheet 8

Key facts

Brand
Maxim
Model
MAX660
Documents
9
Languages
EN · ZH
Last added
2012-05-07

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ManualMAXIM MAX6604 DATA SHEET

MAXIM MAX6604 DATA SHEET

The MAX6604 is a high-precision temperature sensor designed by Texas Instruments for thermal monitoring functions in DDR memory modules. The 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 up to eight devices on one bus. The internal thermal sensor continuously monitors the temperature and updates the temperature data eight times per second. The master can read the temperature data at any time. Since the thermal sensor is located on the memory module, temperature data recorded accurately represents the temperature of the components on the module. Consequently, the MAX6604 provides a much more accurate measurement of module temperature than techniques involving temperature sensors on the motherboard. In addition, the device responds more quickly to temperature changes on the module than a motherboard sensor. The MAX6604 also features an interrupt-output indicator for temperature-threshold monitoring. The threshold levels are programmable through the digital interface. The MAX6604 operates from -20°C to +125°C, and is available in JEDEC-standard 8-pin TSSOP and 8-pin TDFN (2mm x 3mm) packages.

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Maxim MAX660 specifications

User EEPROM size1024 bits
SHA‑1 engine size512 bits
UID size64 bits
Operating temperature range-25 °C to +50 °C
Maximum data rate847.5 kbps
Write/Erase cycles (minimum)200,000 cycles
Data retention (minimum)40 years
Carrier frequency13.56 MHz

Source: Maxim MAX66040 Abridged Data Sheet

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Questions answered in these manuals

What is the memory capacity of the MAX66040?

The chip provides 1024 bits of user EEPROM organized as 16 blocks of 8 bytes plus additional blocks for control and secret data.

From: Maxim MAX66040 Abridged Data Sheet

How is the MAX66040 powered?

It is a passive RFID device that harvests energy from the surrounding 13.56 MHz RF field; a minimum field strength is required as specified in the electrical characteristics.

From: Maxim MAX66040 Abridged Data Sheet

How much supply current does the MAX6605 draw with no load?

It draws a maximum of 10 µA when no load is connected.

From: Maxim MAX6605 Low-Power Analog Temperature Sensor Datasheet

What is the accuracy of the sensor at 25 °C?

The sensor provides an accuracy of ±0.75 °C at a test temperature of +25 °C.

From: Maxim MAX6605 Low-Power Analog Temperature Sensor Datasheet

What supply voltage range do the MAX6607/MAX6608 sensors require?

They operate from +1.8 V to +3.6 V.

From: Maxim MAX6607/MAX6608 Low-Voltage Analog Temperature Sensors Datasheet

What is the output voltage characteristic of these sensors?

The output voltage changes linearly with temperature at a slope of 10 mV/°C and includes a 500 mV offset at 0 °C.

From: Maxim MAX6607/MAX6608 Low-Voltage Analog Temperature Sensors Datasheet