1) The layout of the MCP9700-E temperature sensor are shown in Table 1. The sensor transfer function is, VOUT TCTA + V °C (1) where TA is the ambient temperature, Tc is the temperature coefficient, and Vo is the sensor output voltage at 0 °C. = By checking the datasheet, complete the following questions, (a) Label the pins: Pin 1: ................ Pin 2:............ ..; Pin 3:. (b) The operating voltage range (VDD): . (c) The extended temperature range: (d) The sensitivity (i.e., temperature coefficient): (e) The sensor accuracy as indicated by the manufacturer: (f) The output voltage at 0°C (Vo°C, TA = 0°C): (g) For the full extended temperature range, the expected output voltage range of the sensor is:
1) The layout of the MCP9700-E temperature sensor are shown in Table 1. The sensor transfer function is, VOUT TCTA + V °C (1) where TA is the ambient temperature, Tc is the temperature coefficient, and Vo is the sensor output voltage at 0 °C. = By checking the datasheet, complete the following questions, (a) Label the pins: Pin 1: ................ Pin 2:............ ..; Pin 3:. (b) The operating voltage range (VDD): . (c) The extended temperature range: (d) The sensitivity (i.e., temperature coefficient): (e) The sensor accuracy as indicated by the manufacturer: (f) The output voltage at 0°C (Vo°C, TA = 0°C): (g) For the full extended temperature range, the expected output voltage range of the sensor is:
Introductory Circuit Analysis (13th Edition)
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Please could you complete this electronics question about Circuit Analysis.
![+
No
1
2
3
4
6
7
Components
Temperature
sensor:
MCP9700-E/TO
Amplifier:
MC602-E/P
LED display:
OLED128x64-
12C
Microcontroller
Arduino-Nano
V3
(Pre-
programmed)
PCB, resistors,
capacitors, etc.
Temperature test
bench
Table 1. List of key components
Model
• Analogue temperature sensor
● Temperature range: -40°C to 125°C
(Extended)
• Temperature coefficient: 10.0 mV/°C
• Operating voltage range: 2.3V to 5.5V
• Operating current: 6µA (typical)
● Output voltage: 500mV (0°C)
• Rail-to-Rail Input/Output
No. of Amplifiers: 2
Bandwidth: 10MHz
• Slew Rate: 7V/μs
• Supply Voltage: 2.5 -5.5V
No. of Pins: 8Pins
Type: OLED
Colour: White
• Resolution: 128x64
• Display Size: 0.96inch
• Format: SPI-4/SPI-3/I2C
• Address: 0x3C
• Pre-programmed
• Microcontroller: ATmega328P,
equipped with 22 I/O ports:
14 digital outputs, of which 6 PWM up
to 8 analogue inputs with a resolution
of 0-1023 (i.e. 10-bit)
• Flash memory: 32KB
●
●
SRAM memory: 2048 B
• Clock freq (crystal): 16 MHz
●
A serial port
Input voltage: 5-12V DC (logic) 5V
All included in the component bag. Also
available in the Eng Lab.
Thermal resistor based
• Operational temperature range: room
temperature up to 60°C
• Operational time taken from the room
temperature for 60°C: ~3 minutes
• Reference temperature of the test
bench is shown
1
2
3
54
Temp.
inside 24°C
outside 29°C
64%
Humidity
www.
33333333
8.5.6.1.
HAAA
MICROCHIP
MCP9700](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F28c378a7-b4bd-4b75-a442-6338d4b2b4af%2F498d7995-7f02-41de-b168-d693405b60e9%2Ffuv8le_processed.png&w=3840&q=75)
Transcribed Image Text:+
No
1
2
3
4
6
7
Components
Temperature
sensor:
MCP9700-E/TO
Amplifier:
MC602-E/P
LED display:
OLED128x64-
12C
Microcontroller
Arduino-Nano
V3
(Pre-
programmed)
PCB, resistors,
capacitors, etc.
Temperature test
bench
Table 1. List of key components
Model
• Analogue temperature sensor
● Temperature range: -40°C to 125°C
(Extended)
• Temperature coefficient: 10.0 mV/°C
• Operating voltage range: 2.3V to 5.5V
• Operating current: 6µA (typical)
● Output voltage: 500mV (0°C)
• Rail-to-Rail Input/Output
No. of Amplifiers: 2
Bandwidth: 10MHz
• Slew Rate: 7V/μs
• Supply Voltage: 2.5 -5.5V
No. of Pins: 8Pins
Type: OLED
Colour: White
• Resolution: 128x64
• Display Size: 0.96inch
• Format: SPI-4/SPI-3/I2C
• Address: 0x3C
• Pre-programmed
• Microcontroller: ATmega328P,
equipped with 22 I/O ports:
14 digital outputs, of which 6 PWM up
to 8 analogue inputs with a resolution
of 0-1023 (i.e. 10-bit)
• Flash memory: 32KB
●
●
SRAM memory: 2048 B
• Clock freq (crystal): 16 MHz
●
A serial port
Input voltage: 5-12V DC (logic) 5V
All included in the component bag. Also
available in the Eng Lab.
Thermal resistor based
• Operational temperature range: room
temperature up to 60°C
• Operational time taken from the room
temperature for 60°C: ~3 minutes
• Reference temperature of the test
bench is shown
1
2
3
54
Temp.
inside 24°C
outside 29°C
64%
Humidity
www.
33333333
8.5.6.1.
HAAA
MICROCHIP
MCP9700
![1) The layout of the MCP9700-E temperature sensor are shown in Table 1. The sensor transfer
function is,
VOUT TCTA + Vo °C
(1)
where TA is the ambient temperature, Tc is the temperature coefficient, and Vo is the sensor
output voltage at 0 °C.
By checking the datasheet, complete the following questions,
(a) Label the pins: Pin 1:
.; Pin 2:
(b) The operating voltage range (VDD):
(c) The extended temperature range:
(d)
The sensitivity (i.e., temperature coefficient):
(e)
The sensor accuracy as indicated by the manufacturer:
(f)
The output voltage at 0°C (Voºc, Ta = 0°C): ..
(g) For the full extended temperature range, the expected output voltage range of the sensor
is:
…..........
.......
Pin 3:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F28c378a7-b4bd-4b75-a442-6338d4b2b4af%2F498d7995-7f02-41de-b168-d693405b60e9%2Fbgdreu_processed.png&w=3840&q=75)
Transcribed Image Text:1) The layout of the MCP9700-E temperature sensor are shown in Table 1. The sensor transfer
function is,
VOUT TCTA + Vo °C
(1)
where TA is the ambient temperature, Tc is the temperature coefficient, and Vo is the sensor
output voltage at 0 °C.
By checking the datasheet, complete the following questions,
(a) Label the pins: Pin 1:
.; Pin 2:
(b) The operating voltage range (VDD):
(c) The extended temperature range:
(d)
The sensitivity (i.e., temperature coefficient):
(e)
The sensor accuracy as indicated by the manufacturer:
(f)
The output voltage at 0°C (Voºc, Ta = 0°C): ..
(g) For the full extended temperature range, the expected output voltage range of the sensor
is:
…..........
.......
Pin 3:
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