MCP9700-E/TO Microchip Technology, MCP9700-E/TO Datasheet - Page 3

• Manufacturer Part Number: MCP9700-E/TO
• Description: IC SENSOR THERMAL 2.30 TO-92-3
• Manufacturer: Microchip Technology
• Series: Linear Active Thermistor™r

Specifications of MCP9700-E/TO

• Package / Case: TO-226-3, TO-92-3 (TO-226AA)
• Output Type: Voltage
• Sensing Temperature: -40°C ~ 125°C
• Voltage - Supply: 2.3 V ~ 5.5 V
• Accuracy: ±2°C
• Full Temp Accuracy: 4 C
• Digital Output - Number Of Bits: 8 bit
• Supply Voltage (max): 5.5 V
• Supply Voltage (min): 2.3 V
• Gain: 10 mV / C
• Maximum Operating Temperature: + 125 C
• Minimum Operating Temperature: - 40 C
• Supply Current: 6 uA
• Ic Output Type: Voltage
• Sensing Accuracy Range: ± 2°C
• Supply Voltage Range: 2.3V To 5.5V
• Sensor Case Style: TO-92
• No. Of Pins: 3
• Filter Terminals: SMD
• Rohs Compliant: Yes
• Temperature Sensing Range: -40°C To +125°C
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• For Use With: MCP9700DM-TH1 - BOARD DEMO THERMISTOR MCP9700
• Lead Free Status / Rohs Status: Lead free / RoHS Compliant

Microchip debuggers and emulators and are available as the
freeware Lite and evaluation editions.
The Lite editions support the same devices and commands
as the Standard or PRO editions, and have no time or memory
restrictions, however code optimizations are limited. The Lite
editions offer unrestricted-use license so they are ideal as a
low-cost tool for academic or commercial use. The evaluation
editions enable full use of features and optimizations of the
compilers. After the evaluation period, the compiler will revert to
the Lite edition functionality. Both Lite and evaluation editions
are available for free download at
HI-TECH C compilers are available for all Microchip
microcontrollers and DSCs. MPLAB C compilers are available for
8-bit PIC18, 16-bit and 32-bit microcontrollers.
MPLAB C® Compilers
High Optimization and Performance at a Low-cost
Microchip’s MPLAB C compilers are full-featured, ANSI- compliant
high-performance tools that are tightly integrated with MPLAB
IDE. Source level debugging allows single- stepping through C
source code and inspecting variables and structures at critical
points in the code. Being integrated with MPLAB IDE allows a
single environment to write source code, debug with the free
MPLAB SIM simulator, and full hardware debugging with MPLAB
ICD 3 and MPLAB REAL ICE. Compiler switches and linker
customizations are done within the MPLAB IDE to provide a full
graphical front end to these powerful compilers. Editing errors
and breakpoints instantly switch to the corresponding lines in
source code. Watch windows show data structures with defi ned
data types, including fl oating point.
Microchip’s C Compilers for 16-bit and 32-bit MCUs and DSCs
are based upon open source GCC code, and source code is
freely available.
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Microchip Compilers
ANSI-compliant, with standard math, memory, data conversion
and math libraries
Generates relocatable object modules and libraries for
enhanced code reuse
Strong support for in-line assembly when total control is
absolutely necessary
Allows complete freedom to mix C and assembler modules in
a single project
Extensive libraries including Microchip peripheral libraries
Full user control over data and code memory allocation
Full interrupt support
Free upgrades
Support for DSP intrinsics (for dsPIC DSCs)
100%
50%
0%
Relative Code Size of Compiler Editions
Lite
Compiler Editions
Standard
PRO
www.microchip.com/free
Microchip offers
two C compiler
families: MPLAB
C Compiler
and HI-TECH
C® Compiler.
Both compilers
produces highly
optimized codes,
are integrated
with MPLAB IDE,
compatible with
HI-TECH C® Compilers
Featuring Omniscient Code Generation™
HI-TECH C compilers are enabled with Omniscient Code
Generation (OCG), a whole-program compilation technology, to
facilitate more intelligent, state-of-the-art code generation and
enhance product usability. Rather than relying completely on
the linker to uncover errors in independently compiled modules,
an OCG compiler completes the initial stages of compilation
for each module separately, but defers object code generation
until the point at which a view of the whole program is available.
Information gathered from a global view of the program, can be
used to provide better detection of potential errors in the user’s
code, and to better optimize the output. HI-TECH C compilers
can deliver denser code, improve RAM utilization and reduce
interrupt latency.
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The all-seeing nature of OCG enables the compiler to
determine if a variable is being used in the program. Unused
variables are removed, thus saving RAM.
OCG enables a compiler to determine which variables are
used in a program. Those which are not used are removed to
save RAM.
The compiler knows exactly which registers are in both
interrupt and mainline context, so it can generate code
accordingly, minimizing both the code size and cycles required
to switch contexts.
OCG allows automatic allocation of data into RAM banks
eliminating the need for the programmer to specify the
location of the variables.
OCG has the ability to generate a printf function that is
customized for the program at hand. It does this by scanning
the user’s code and only includes those features of printf
that were detected. This results in a huge saving in program
memory but also saves you valuable RAM space.
By only including the features of printf in the user's code,
OCG has the ability to generate a printf function that is
customized for the program at hand, saving signifi cant
amounts of program memory and valuable RAM space.
The compiler detects how frequently each variable is used
and which are dependent, enabling it to optimize pointers
and position objects in the most effi cient memory spaces,
eliminating the need for this to be done manually with
non-standard C language extensions.
Fully ANSI-compliant
Includes Library source – for standard libraries and sample
code for I/O drivers
Includes macro assembler, linker, preprocessor and one-step
driver
Runs on Windows, Linux and Mac® OS X
www.microchip.com/tools
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