2K3A1-25 - Chip Thermistors

Download the 2K3A1-25 datasheet PDF. This datasheet also covers the 1K2A1 variant, as both devices belong to the same chip thermistors family and are provided as variant models within a single manufacturer datasheet.

Key Features

Rapid Time Response (1 second typical in liquids).
DC (Dissipation Constant) = 0.75mW/oC typical in still air at 25oC.
Min. /Max. Temperature Exposure = -80oC to 150oC.
Available in custom probe assemblies.
Proven Stability and Reliability.
Alloy Lead Wires for reduced thermal conductivity ("stem effect"). The BetaCHIP +/-1% @ 25oC Thermistor Series are small epoxy coated devices with solid tin plated lead wires. The series offers an economical alternative to t.

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2K3A1-25 chip thermistors by BetaTHERM - Datasheet Preview — Note: The manufacturer provides a single datasheet file (1K2A1-xx.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number	2K3A1-25
Manufacturer	BetaTHERM
File Size	178.15 KB
Description	Chip Thermistors
Datasheet	2K3A1-25 Datasheet

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Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text

BetaTHERM Sensors BetaCHIP Thermistor Series VII BetaCHIP Thermistor Series VII Photo ? Thermistor Configuration 32 AWG Tin Plated Copper Alloy Lead Wires Thermally Conductive Epoxy Coating 2.413mm (0.095Ó) Max. Dia. 76.2mm +/-3.3mm (3.00Ó +/-0.13Ó) Example: BetaCHIP Series VII Part Number 10K 3 A 1-25 Tolerance Code (1% @ 25oC) Epoxy Coated Material Curve # Resistance Value @ 25oC Applications ¥ Ambient temperature sensing, control and compensation. ¥ Aerospace instrumentation and crystal oscillator compensation. ¥ Liquid or gas temperature control and monitoring. ¥ Assembly into probes for a wide variety of applications. Features ¥ Rapid Time Response (1 second typical in liquids). ¥ DC (Dissipation Constant) = 0.75mW/oC typical in still air at 25oC. ¥ Min./Max.