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Supplier: Acme Chip Technology Co., Limited
Description: Integrated Circuits (ICs) - NTC Thermistors
- Package / Electrode Type: Chip / Surface Electrodes
- Resistance (@25°C): 1000 ohms
- Temperature Range: -40 to 125 C
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Supplier: AVX Corporation
Description: Surface Mount AVX Chip NTC Thermistors are high quality devices developed especially for surface mounting applications. They are widely used for temperature compensation, but can also achieve temperature control of printed circuits in a wide range of applications, including
- Package / Electrode Type: Chip / Surface Electrodes
- Resistance (@25°C): 10 to 1.00E6 ohms
- Temperature Range: -55 to 150 C
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Supplier: Allied Electronics, Inc.
Description: The DC95/EC95 thermistors have higher dissipation constants than glass-coated beads or probe-style thermistors and therefore can be used in circuits of moderate power levels. The thermal time constant of chip-style thermistors is comparable to that of large glass probes.
- Coating: Epoxy
- Interchangeable: Yes
- Lead Style: Radial
- Minimum Thermal Time Constant: 10 sec, in air
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Supplier: Littelfuse, Inc.
Description: Littelfuse low cost interchangeable glass encapsulated thermistors are manufactured using super stable, precision NTC chips which are hermetically sealed in a glass (DO-35 diode style) package. The result is a device which exhibits excellent long term reliability and stability even
- Coating: Glass
- Minimum Accuracy: 1 ±% Full Scale
- Resistance (@25°C): 50000 ohms
- Temperature Range: -55 to 300 C
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Supplier: Littelfuse, Inc.
Description: Littelfuse low cost interchangeable glass encapsulated thermistors are manufactured using super stable, precision NTC chips which are hermetically sealed in a glass (DO-35 diode style) package. The result is a device which exhibits excellent long term reliability and stability even
- Coating: Glass
- Minimum Accuracy: 1 ±% Full Scale
- Resistance (@25°C): 10000 ohms
- Temperature Range: -55 to 300 C
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Supplier: Littelfuse, Inc.
Description: Littelfuse low cost interchangeable glass encapsulated thermistors are manufactured using super stable, precision NTC chips which are hermetically sealed in a glass (DO-35 diode style) package. The result is a device which exhibits excellent long term reliability and stability even
- Coating: Glass
- Minimum Accuracy: 1 ±% Full Scale
- Resistance (@25°C): 100000 ohms
- Temperature Range: -55 to 300 C
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Supplier: Littelfuse, Inc.
Description: Littelfuse low cost interchangeable glass encapsulated thermistors are manufactured using super stable, precision NTC chips which are hermetically sealed in a glass (DO-35 diode style) package. The result is a device which exhibits excellent long term reliability and stability even
- Coating: Glass
- Resistance (@25°C): 100000 ohms
- Temperature Range: -55 to 300 C
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Supplier: RS Components, Ltd.
Description: Negative temperature coefficient thermistors. High precision Beta reports and resistors. Good stability over time. Nickel barrier electrodes. Remelt soldering possible. Applications: Temperature sensors, transistor temperature compensation, integrated circuits, oscillating
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Supplier: RS Components, Ltd.
Description: Negative temperature coefficient thermistors. High precision Beta reports and resistors. Good stability over time. Nickel barrier electrodes. Remelt soldering possible. Applications: Temperature sensors, transistor temperature compensation, integrated circuits, oscillating
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Supplier: RS Components, Ltd.
Description: Murata NCU18 Range NTC Thermistors have excellent solderability and are suitable for flow/ reflow soldering. Applications for these NTC thermistors include temperature compensation for transistor, IC and crystal oscillators in mobile phones, temperature sensing for
- Length: 0.0315 inch
- Package / Electrode Type: Chip / Surface Electrodes
- Resistance (@25°C): 47000 ohms
- Width / Diameter: 0.0630 inch
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Supplier: RS Components, Ltd.
Description: Murata NCU18 Range NTC Thermistors have excellent solderability and are suitable for flow/ reflow soldering. Applications for these NTC thermistors include temperature compensation for transistor, IC and crystal oscillators in mobile phones, temperature sensing for
- Length: 0.0315 inch
- Package / Electrode Type: Chip / Surface Electrodes
- Resistance (@25°C): 10000 ohms
- Width / Diameter: 0.0630 inch
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Supplier: Acromag, Inc.
Description: radiated emissions. Features Easy setup and digital calibration via USB with Windows configuration software Interfaces 100-100kO potentiometer/slide wire and 100-1MO NTC thermistor/rheostat inputs Customizable thermistor linearization table
- Form Factor: DIN Rail
- Operating Temperature: -40 to 176 F
- Sensor Inputs: Thermistor Input
- Shock Rating: 25 g
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Supplier: VAST STOCK CO., LIMITED
Description: Battery Management Simple Low-IQ Battery Charger/Protector with NTC Thermistor Input
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Supplier: Rochester Electronics
Description: LTC4070 - Simple Low-IQ Battery Charger/Protector with NTC Thermistor Input
- Package Type: SOP, Other
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Supplier: WINSYSTEMS, INC.
Description: -Ion Polymer, LiFePO, and SLA chemistries MPPT charging supported for solar panels NTC thermistor input to monitor temperature Jumper configurable End of Charge and Float voltage Voltage outputs provide up to 50W combined power +3.3V, +5V, +12V, and -12V Outputs with short
- DC Input Voltage: 10 to 32 volts
- DC Output Current: 5 amps
- DC Output Voltage: -12 to 12 volts
- Form Factor: Circuit Board, Open Frame
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Supplier: Integrated Device Technology
Description: over-temperature conditions are detected via a negative temperature coefficient ( NTC ) thermistor mounted close to the LEDs. If an over-temperature condition occurs, the NTC value reaches the value of a threshold resistor and the IC reduces LED current automatically. After the
- Form Factor: Integrated Circuit (IC)
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Supplier: Allegro MicroSystems Inc.
Description: (ADIM pin) can be used to calibrate the LED current or implement thermal foldback in conjunction with external NTC thermistor. The APM80950/1 are provided in a compact, thermally enhanced QFN-32 package with wettable flanks for easy integration. Featured Applications:
- Form Factor: Integrated Circuit (IC)
- Type: Dimmable
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Supplier: Maxim Integrated
Description: negative temperature coefficient (NTC) thermistor connected between TEMP_I and GND, thus providing an analog thermal-foldback feature that reduces the LED current when the temperature of the LED string exceeds a specified temperature point. An additional feature includes
- Form Factor: Integrated Circuit (IC)
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Supplier: Skyworks Solutions, Inc.
Description: source output is provided to drive an LED indicator lamp. The integrated thermal management system protects the device in the event of an output short-circuit condition. An NTC thermistor function protects the external flash LEDs from thermal damage. Fault status may be read
- Efficiency: 90 %
- Features: Thermal Shutdown
- Form Factor: Integrated Circuit (IC)
- Input Voltage: 2.5 to 5.5 volts
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Supplier: Microchip Technology, Inc.
Description: mains. A basic driver circuit consists of Microchip’s CL88030/31 LED driver IC, four power FETs (six if using the CL88031), four resistors, two capacitors, and a bridge rectifier. Additional components are optional for various levels of transient protection. Adding an inexpensive
- Features: RoHS Compliant
- Form Factor: Integrated Circuit (IC)
- Type: Dimmable
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Supplier: Analog Devices, Inc.
Description: full charge. Also featured is a termination timer and an NTC thermistor input used to monitor battery temperature while charging. During backup, an internal 75mO ideal diode connects the battery to the load. An optional external ideal diode FET driver is available to reduce the voltage
- Operating Temperature: -40 to 125 C
- Package Type: TDFN
- Pin Count: 22
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Supplier: Renesas Electronics Corporation
Description: inductor DCR whose variation over-temperature can be thermally compensated by a single NTC thermistor. It uses differential remote voltage sensing to accurately regulate the processor die voltage. The adaptive body diode conduction time reduction function minimizes the body diode
- Package Type: QFN
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Description: Power NTC Thermistors provide inrush current suppression for sensitive electronics. Connecting a MF72 in series with the power source will limit the current surges typically created at turn on. Once the circuit is energized the resistance of the MF72 will decrease rapidly to a
- Device Type: SPD
- Mounting: Hard-Wired / Device Mount
- Operating Temperature: -67 to 392 F
- Technology: Other
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Supplier: Richardson RFPD
Description: and half bridge evaluation boards High frequency, ultrafast switching operation Input and output side UVLO Short-circuit protection Shoot-through protection interlock Internal Miller clamp Differential inputs for increased noise immunity Isolated NTC thermistor measurement
- Category: Development Board
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Supplier: Renesas Electronics Corporation
Description: benefits of both a linear charger and a pulse charger.brbr The ISL6292 features charge current thermal foldback to guarantee safe operation when the printed circuit board is space limited for thermal dissipation. Additional features include preconditioning of an over-discharged battery, an
- Cell Type: Li-Ion
- Charger Type: Linear Charger
- Package Type: QFN, TDFN
- Supply Voltage: 7 volts
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Supplier: Maxim Integrated
Description: temperature to +100°C to prevent excessive heat on the system PC board. Additional safety features include an NTC thermistor input (THM) to protect the battery. A 3.5V to 4.2V SYS output, in conjunction with the low-RDSON battery switch, powers the system even when the battery is
- Cell Type: Li-Ion
- Charger Type: Linear Charger, Switching Charger
- Features: Lead Free
- Maximum Charge Current: 1000 mA
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Supplier: Infineon Technologies AG
Description: insulation between power and signal part Isolated current sensing with ??-ADC Isolated sensing of dc-link voltage by ??-ADC Thermistor output Overload and short-circuit hardware protection Overtemperature hardware protection All six
- Category: Development Board
- Host Interface: Other
- Supported System: Other
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Instrumentation Amplifiers - SCM7B37 Non-Linearized Isolated Thermocouple Input Module -- SCM7B37-xxSupplier: Dataforth Corporation
Description: using an NTC thermistor (see "Additional SCM7B Part Numbers" section for P/N and AN701 for further information) externally mounted under the field-side terminal block on the backpanel (Figure 1). Open thermocouple detection is upscale using a 30nA current source in the input circuitry.
- Analog Input Channels: 1 #
- Common Mode Rejection Ratio: 160 dB
- Differential Channels: Yes
- Form Factor: Rack Mount, DIN Rail
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Supplier: Renesas Electronics Corporation
Description: signals for channel-current balancing, average overcurrent protection and individual phase current limiting. The TM pin senses an NTC thermistor’s temperature, which is internally digitized for thermal mo
- Features: Input Overcurrent Protection
- IC Package Type: Other
- Input Voltage (VIN): 4.75 to 5.25 volts
- Output Voltage (Volt): 0.2500 to 3.04 volts
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Supplier: CSA Group
Description: 60335-2-34. This standard applies to thermal motor protectors for motor compressors using NTC or PTC thermistors, additional requirements for which are contained in Annex J. 1.1.1 This standard applies to the inherent safety, to the operating values, operating times, and operating
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Compatible with Wolfspeed CIL test boards and half bridge evaluation boards High frequency, ultrafast switching operation Input and output side UVLO Short-circuit protection Shoot-through protection interlock Internal Miller clamp Differential inputs for increased noise immunity Fault and ready indicators Isolated NTC thermistor measurement (read more)
Browse Gate Drivers Datasheets for Richardson RFPD
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Thermistors in Single Supply Temperature Sensing Circuits
focuses on circuit solutions that use Negative Temperature Coefficient (NTC) thermistors in the design. The Thermistor has a non-linear resistance change-over temperature. The degree of this non-linearity will be discussed in the "Hardware Linearization Solutions" section of this application note
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Thermistor Temperature Sensing with MCP6S2X PGA
This application note shows two circuits that use a precise, negative temperature coefficient (NTC) thermistor for temperature measurement. The thermistor is placed in a resistive divider to linearize the voltage response to temperature. This voltage is then processed in the analog domain
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Short-circuit Failure Analysis for the Relay Contact at the Input of Switching Power Supply
An important performance index of switching power supply is input inrush current, which is usually designed as small as possible. The conventional design is to connect a thermistor (NTC) in series on the live wire at the input of the switching power supply. While for switching power supply
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Protecting Switching Power Supplies from Inrush Current
This application note provides some design considerations for inrush current protection of the AC current applicable to Switching Power Supplies (SPS). The solution suggested in this application note uses an NTC Power Thermistor in separate legs of the power supply circuit (see Figure 1). This NTC
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http://www.microsemi.com/document-portal/doc_download/14732-using-ntc-temperature-sensors-integrated-into-power-modules
The propagation of this plasma is unpredictable and it might be in contact with the NTC thermistor circuit , exposing it to dangerously high voltages.
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New NTC MLCC Capacitor for Improved Transient Performance in Multiphase Voltage Regulators
Therefore the impact of the DCR temperature coefficient on the sensed current signal can be completely eliminated by the NTC thermistor circuit in single phase voltage regulator applications.
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Thermistor Temperature Sensing with MCP6S2X PGA
The marginal cost of the NTC thermistor circuits is reasonable in this case.
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Thermistor Temperature Sensing with MCP6SX2 PGAs
The marginal cost of the NTC thermistor circuits is reasonable in this case.
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Steady-state solution of loaded thermistor problems using an electrical equivalent circuit model
An NTC thermistor equivalent circuit for the steady-state current–voltage characteristic at a given ambient temperature. . steady state the temperature corresponding to the maximum voltage only depends on the β value, and not the actual resistance value [9].
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Braking Circuit of Small Wind Turbine Using NTC Thermistor under Natural Wind Condition
In this report, the electric braking circuit using NTC thermistors (negative temperature coefficient resistors) [5] is proposed as a new stop technology for the small wind turbine [6].
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A neural network approach for creating a NTC thermistor model library for PSPICE
A testing circuit for NTC thermistor is shown in Figure 7.
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A General Neural Network-Based Approach to Modeling Sensors in PSPICE Simulation
Fig.5 Voltage-dividing circuit with NTC thermistor .
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Design Considerations of Linear Hall Sensor For Thottle Position Sensing
Figure 9 shows a simple circuit using NTC thermistor to compensate for the thermal instability on a NdFeB magnet with T C of -0.12%/°C.
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Advanced Technology for Manufacturing Systems and Industry
The temperature gathering circuit uses NTC thermistor to detect the temperature.