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DIN-50021

Abstract: Mill-Max 851-93-004-20-001 The SHTxx is a single chip relative humidity and temperature multi sensor module comprising a , ) at a very competitive price. Each SHTxx is individually calibrated in a precision humidity chamber , between a microcontroller and the SHTxx. Since the interface consists of fully static logic there is no , (SCK) Typical application circuit 2.2.2 2.1 Power Pins The SHTxx requires a voltage supply , . 2.2 Serial Interface (Bidirectional 2-wire) The serial interface of the SHTxx is optimized for sensor
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SHT75

Abstract: SHT7x Application The SHTxx is a single chip relative humidity and temperature multi sensor module comprising a , ) at a very competitive price. Each SHTxx is individually calibrated in a precision humidity chamber , microcontroller and the SHTxx. Since the interface consists of fully static logic there is no minimum SCK , application circuit 2.2.2 2.1 Power Pins The SHTxx requires a voltage supply between 2.4 and 5.5 V , (Bidirectional 2-wire) The serial interface of the SHTxx is optimized for sensor readout and power consumption
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SHT10

Abstract: DIN-50021 The SHTxx is a single chip relative humidity and temperature multi sensor module comprising a , ) at a very competitive price. Each SHTxx is individually calibrated in a precision humidity chamber , used to synchronize the communication between a microcontroller and the SHTxx. Since the interface , ) The SHTxx requires a voltage supply between 2.4 and 5.5 V. After powerup the device needs 11ms to , contention the microcontroller should only drive DATA low. An external pull-up resistor (e.g. 10 k ) is
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JESD22-A104

Abstract: Mill-Max 851-93-004-20-001 The SHTxx is a single chip relative humidity and temperature multi sensor module comprising a , ) at a very competitive price. Each SHTxx is individually calibrated in a precision humidity chamber , application circuit 2.2.2 2.1 Power Pins The SHTxx requires a voltage supply between 2.4V and 5.5V , (Bidirectional 2-wire) The serial interface of the SHTxx is optimized for sensor readout and power consumption , while SCK is high. To avoid signal contention the microcontroller should only drive DATA low. An
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DIN-50021

Abstract: SHT10 The SHTxx is a single chip relative humidity and temperature multi sensor module comprising a , ) at a very competitive price. Each SHTxx is individually calibrated in a precision humidity chamber , microcontroller and the SHTxx. Since the interface consists of fully static logic there is no minimum SCK , data (DATA) 2.1 Power Pins The SHTxx requires a voltage supply between 2.4 and 5.5 V. After , (Bidirectional 2-wire) The serial interface of the SHTxx is optimized for sensor readout and power consumption
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SHT11

Abstract: SHT75 The SHTxx is a single chip relative humidity and temperature multi sensor module comprising a , ) at a very competitive price. Each SHTxx is individually calibrated in a precision humidity chamber , to synchronize the communication between a microcontroller and the SHTxx. Since the interface , Figure 2 Typical application circuit 2.2.2 Serial data (DATA) 2.1 Power Pins The SHTxx requires , SHTxx is optimized for sensor readout and power consumption and is not compatible with I2C interfaces
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DIN-50021

Abstract: SHT10 The SHTxx is a single chip relative humidity and temperature multi sensor module comprising a , ) at a very competitive price. Each SHTxx is individually calibrated in a precision humidity chamber , input (SCK) The SCK is used to synchronize the communication between a microcontroller and the SHTxx , Figure 2 Typical application circuit 2.1 Power Pins 2.2.2 Serial data (DATA) The SHTxx , microcontroller should only drive DATA low. An external pull-up resistor (e.g. 10 k ) is required to pull the
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SHT31A

Abstract: staefa t1 sensor that time the temperature and humidity pins have an undefined state. 4.2 Conversion of the , frame. The latter is made of Cu plated with Ni/Pd/Au. Chip and lead frame are overmolded by an , (4 = 2014, 5 = 2015, etc). The last three digits (BCD) represent an alphanumeric tracking code , same as the PCB pads. However, the position of the stencil apertures should have an offset of 0.1 mm , for download at the Sensirion humidity sensors download center: SHTxx Assembly of SMD Packages
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SHT11

Abstract: humidity temperature sensor sh11 readout circuitry on a single chip leads to an unbeatable price performance ratio and high reliability , the sensor devices may therefore occur. The humidity evaluation kit offers an easy-to-use , 4.0. _ An unused serial interface port (e.g. COM1). _ HumiViewer (V 2.0) software for Windows 95/98 , after "GET" Writes hex value yy into SHTxx status register Reads SHTxx status register Each command
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1pl smd transistor

Abstract: received by the sensor is always succeeded by an 8 bit CRC. In write direction it is mandatory to , read header with an ACK and subsequently pulls down the SCL line. The SCL line is pulled down until , read the measurement results (pair of RH& T) by sending a START condition followed by an I2C read , one byte CRC checksum. Each byte must be acknowledged by the microcontroller with an ACK condition for the sensor to continue sending data. If the sensor does not receive an ACK from the master after
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Sensirion ek-h3

Abstract: SHT75 are designed for measurement applications and provide an excellent measurement tolerance: ±1.8%RH , . The software automatically scans all inputs for connected SHTxx humidity and temperature sensors , rate Data bits Parity Stop bits Flow control 19200 Baud 8 no 1 no An acknowledgement , sensors an interval of at least 2 seconds should be chosen. To change the scaling of the display axis , the EK-H3 to an experimental environment or driving EKH3 from a hyper terminal or palm. This document
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SHT10

Abstract: SHTA1 calibration coefficients are programmed into an OTP memory on the chip. These coefficients are used to , the sensor housing consists of an LCP cap with epoxy glob top on an FR4 substrate. The device is , for SHT11 as an example. Contacts are assigned as follows: 1:GND, 2:DATA, 3:SCK, 4:VDD , . Besides the humidity and temperature sensors the chip contains an amplifier, A/D converter, OTP memory , qualification of the sensor or even experimental application of the sensor there is an evaluation kit EK-H2
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SHT10 SHT15 SHTA1 humidity sensor SHT1X SCK 055 sensor SHT1X SHT11 SHT10 CH-8712

SHT75

Abstract: SHT75 Controller individually calibrated in a precision humidity chamber. The calibration coefficients are programmed into an , of an LCP cap with epoxy glob top on an FR4 substrate. Pins are made of a Cu/Be alloy coated with , version 4 Silicon sensor chip. Besides a humidity and a temperature sensor the chip contains an amplifier , sensor there is an evaluation kit EK-H2 available including sensor, hard and software to interface with , connected to an I2C bus without interference with other devices connected to the bus. Microcontroller must
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SHT71 SHT75 SHT75 Controller Mill-Max 851-93-004-20-001 staefa Immersion sensors westlake capacitors humidity sensor using microcontroller

R851-83-004-20-001

Abstract: SHT71 individually calibrated in a precision humidity chamber. The calibration coefficients are programmed into an , of an LCP cap with epoxy glob top on an FR4 substrate. Pins are made of a Cu/Be alloy coated with , version 4 Silicon sensor chip. Besides a humidity and a temperature sensor the chip contains an amplifier , application (data logging) of the sensor there is an evaluation kit EK-H4 available including SHT71 (same , consumption. The sensor cannot be addressed by I2C protocol, however, the sensor can be connected to an I2C
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R851-83-004-20-001 Mill-Max R851-83-004-20-001 JESD22-A104-C DC10 1-100PPP-NN

Mill-Max 851-93-004-20-001

Abstract: SHT75 individually calibrated in a precision humidity chamber. The calibration coefficients are programmed into an , of an LCP cap with epoxy glob top on an FR4 substrate. Pins are made of a Cu/Be alloy coated with , version 4 Silicon sensor chip. Besides a humidity and a temperature sensor the chip contains an amplifier , application of the sensor there is an evaluation kit EK-H2 available including sensor, hard and software to , , the sensor can be connected to an I2C bus without interference with other devices connected to the
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sht75 application Preci-Dip 10A09 RH13 SHT1x i2c

SHT75

Abstract: R851-83-004-20-001 individually calibrated in a precision humidity chamber. The calibration coefficients are programmed into an , of an LCP cap with epoxy glob top on an FR4 substrate. Pins are made of a Cu/Be alloy coated with , version 4 Silicon sensor chip. Besides a humidity and a temperature sensor the chip contains an amplifier , application of the sensor there is an evaluation kit EK-H2 available including sensor, hard and software to , , the sensor can be connected to an I2C bus without interference with other devices connected to the
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83-004 diode 83-004 SHT7X STAEFA Sensirion ek-h3

SHT75

Abstract: PVDF pulse measuring circuit individually calibrated in a precision humidity chamber. The calibration coefficients are programmed into an , of an LCP cap with epoxy glob top on an FR4 substrate. Pins are made of a Cu/Be alloy coated with , version 4 Silicon sensor chip. Besides a humidity and a temperature sensor the chip contains an amplifier , application of the sensor there is an evaluation kit EK-H2 available including sensor, hard and software to , I2C protocol, however, the sensor can be connected to an I2C bus without interference with other
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PVDF pulse measuring circuit pom c rohs msb1110

SHT10

Abstract: SHTA1 calibration coefficients are programmed into an OTP memory on the chip. These coefficients are used to , an LCP cap with epoxy glob top on an FR4 substrate. The device is fully RoHS and WEEE compliant , for SHT11 as an example. Contacts are assigned as follows: 1:GND, 2:DATA, 3:SCK, 4:VDD , . Besides a humidity and a temperature sensor the chip contains an amplifier, A/D converter, OTP memory , qualification of the sensor or even experimental application of the sensor there is an evaluation kit EK-H2
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JESD22-A104C SHT11 application a5z linear STAEFA RH 3000 SHT10 1-100218-04 I2C, SHT11

SHT10

Abstract: SHT15 calibration coefficients are programmed into an OTP memory on the chip. These coefficients are used to , an LCP cap with epoxy glob top on an FR4 substrate. The device is fully RoHS and WEEE compliant , for SHT11 as an example. Contacts are assigned as follows: 1:GND, 2:DATA, 3:SCK, 4:VDD , . Besides the humidity and temperature sensors the chip contains an amplifier, A/D converter, OTP memory , qualification of the sensor or even experimental application of the sensor there is an evaluation kit EK-H2
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SHT11 Diagram sht11 application note staefa t1 1-100218 tv pcb board repair 1-100085-04

SHT10

Abstract: SHT11 Code calibration coefficients are programmed into an OTP memory on the chip. These coefficients are used to , an LCP cap with epoxy glob top on an FR4 substrate. The device is fully RoHS and WEEE compliant , for SHT11 as an example. Contacts are assigned as follows: 1:GND, 2:DATA, 3:SCK, 4:VDD , . Besides the humidity and temperature sensors the chip contains an amplifier, A/D converter, OTP memory , qualification of the sensor or even experimental application of the sensor there is an evaluation kit EK-H2
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SHT11 Code STAEFA RH 2000
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